Submerged

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Venus

With her bows almost out of the water, the Norwegian cruise liner Venus, of Bergen, makes a striking sight as she sits on the rocks of Dead Man’s Bay in Plymouth Sound. She arrived at Plymouth on 22 March 1955 from Madeira and Teneriffe, and after disembarking 25?passengers anchored inside the Breakwater to take on stores. During the night the wind veered to the south-west and increased to gale force, and early on the following morning she dragged her anchors and was blown ashore.

Aground in Deadman's Bay.

Aground in Deadman’s Bay.

Coastguards fired a line over her, but those of the 15 crew who were not needed aboard were sent ashore in the ship’s boats. After a. number of un- successful attempts, the Venus was eventually towed off on the morning tide on 26 March and taken to Devonport Dockyard for temporary repairs. After major repairs in Holland she continued cruising until 1968, when she was broken up, for scrap. Owned by the Bergenske Steamship Co Ltd, she was built at Elsinore in 1931 with a gross tonnage of 5407, a length of 398 ft and a beam of 54 ft. She was a twin-screw vessel with four-cycle, 10-cylinder diesels of 9,550 bhp.

Umberleigh

On 20th September, 1930, the steamer Umberleigh was swept ashore at Bovisand Bay by gales which reached nearly eighty miles an hour. She was returning from Antwerp to Barry, in Wales, when disaster struck, and the fact that her holds were empty at the time most probably saved her from becoming a total loss.

The Umberleigh aground at Bovisand.

The Umberleigh aground at Bovisand.

The Plymouth Lifeboat managed to take 18 of the 34 crew off the stricken vessel and later stayed within calling distance whilst tugs managed to haul the Umberleigh, relatively undamaged off the rocks.

Johnny O’Toole

Another ship to be stranded in the Christmas hurricane of 1912, was the 62 ton Newport ketch Johnny Toole. She fetched up on the rocks by Queen Anne’s Battery and for a while it seemed as if she would become a total loss. But the Johnny Toole, which had been built at Bideford in 1886, was made of sterner stuff.

Aground in the Cattewater.

Aground in the Cattewater.

Her cargo of cement was removed and the holes in her hull were patched up enough to enable her to be floated off the rocks so that lasting repairs could be undertaken.Soon she was back at sea and carried her cargoes uneventfully for another six years until a German submarine caught and sunk her off Carnsore Point on 29th April, 1918.

Unloading the cargo.

Unloading the cargo.

Noordzee

On Monday 15 January, 1979, the freezer trawler Nordzee limped into Plymouth Sound with her skipper yelling over the radio in bad English and excitable French, that she was full of water and in imminent danger of sinking. A Plymouth Pilot’s boat set off to have a look, and found the 160 foot Noordzee already half submerged in Jennycliffe Bay. The crew of fourteen were already in the process of abandoning the vessel, when she heeled over to starboard and sank, messily scattering barrels and odd pieces of loose gear all over the Bay. Quite why the Noordzee sank has remained a bit of a mystery. Her holds were almost full of fish, which she was intending to freeze down before she returned to her home port of Scheveningen in Holland.

The Noodze resting on the bottom.

The Noodze resting on the bottom.

The general assumption was that she had sprung a leak, and then her cargo had shifted in such a way as to cause her to capsize. However, detailed underwater surveys by the HM Dockyard diving team, found no evidence of any damage that would cause the Noordzee to take in any water, let alone sink, and since the sea was flat calm at the arne, a capsize seemed rather a difficult feat to accomplish. Still capsize she had, and the Plymouth Port authorities wanted her removed before she released hundreds of tons of rotting fish, and thousands of gallons of fuel oil into the Sound. At the time there seemed to be rather a glut of freezer trawlers, and the Noordzee’s owners did not seem very keen to salvage the vessel. Maybe it was worth more on the bottom? Anyway the Port authorities were adamant about its removal, and after a couple of months of legal argument tenders for the salvage were arranged and the contract awarded to the local firm of Plymouth Ocean Projects, situated at Fort Bovisand.

Awash with lifting bags.

Awash with lifting bags.

The Ocean Project plan was to get the Noordzee upright on the seabed, and then carry out a tidal lift to get the vessel into the much shallower water at the base of Jennycliffe. Here the Nordzee could be pumped out and should have floated quite happily under her own buoyancy. Unfortunately the team was dogged by bad weather and bad luck, and although they managed to get the vessel upright, they just couldn’t get her into shallower water. After three months their contract expired, and since it had been awarded on the usual terms of no cure no pay, the Ocean Project team received nothing for all their hard work, and in the end a new contract was put out for tender. Two months went by before a Kent firm, called Eurosalve took up the challenge. After careful survey Eurosalve decided to abandon a tidal lift in favour of just lifting the whole vessel off the seabed, using buoyancy bags, and pumping her out when she hit the surface. In order to do this the team removed all unnecessary gear from the top deck, unbolted all the deck handrails and stanchions, and fitted brackets and plates to act as lifting eyes for the buoyancy bags.

Even more bags.

Even more bags.

More lifting points were provided by cutting over thirty holes into the Noordzee’s stem, into which were put strongbacks and chains. In order to provide some internal buoyancy right from the start, the forepeak door was welded up and air pumped into the bows to provide about 120 tons of internal buoyancy. All this had taken Eurosalve about two weeks, and although the team were radiating quiet confidence, there was still some uncertainty about the lift since nobody in the UK had ever lifted such a large vessel just by using lifting bags. For the next week the team were very busy connecting over eighty lifting bags to the strong points. Twelve of these were ten ton lifting bags, whilst nearly all the others had a five ton lift capacity. Soon all was ready, and one Saturday morning the salvage team started to inflate the bags. For a long time nothing seemed to happen. More and more bags appeared, straining on the surface, when suddenly the bows emerged looking quite black and shiny. More bags were quickly inflated at the stem, and almost with a rush the Noordzee was on the surface surrounded by a strong odour of rotting fish.

Finally on the surface.

Finally on the surface.

There was no time for jubilation. Pumps were switched on, and soon the Noordzee started to ride higher in the water as hundreds of tons of water were pumped out of her. She showed no sign of returning to her watery grave, and soon she was safely afloat. Eurosalve had done it. Soon after, the Noordzee was towed to Millbay docks to have her rotting fish removed, and was then left to await another owner. After a couple of months she was bought by a gentleman who wished to turn her into a cruise trawler. Apparently he had two, other vessels in the Caribbean, and they had become very popular with the tourists.

Aground again.

Aground again.

In the next year or so a lot of work was done on the Noordzee, and her future seemed secure. There was one minor mishap in 1981, when she managed to run aground whilst being moved to a new berth in the outer tidal basin. However there was no serious damage done, and she was safely refloated on the next high tide. Things, however were not going so well for her new owner. Soon after the Noordzee’s stranding he collapsed and died of a heart attack. His company did not seem to want the Noordzee, and she was ordered to be sold at auction. In the event, nobody wanted her as a ship, and she was sold for about four thousand pounds to a Plymouth scrap dealer.

Ready for disposal.

Ready for disposal.

Kodima

On the 2 Feb 2002 helicopters from RNAS Culdrose took all sixteen Russian crew from the stricken timber carrier Kodima, a Maltese registered vessel of 6395 tons. The Kodima had been on passage from Sweden to Libya when the deck stanchions securing the on deck timber cargo were carried away by severe weather. In her holds and on deck, was a cargo of 10,168 cubic meters of timber. As the cargo began to shift the ship developed an alarming list so the Captain attempted to make his way to Falmouth to seek shelter. By now the storm was blowing force 8 to 9, and the ship started to roll heavily, and as the timber shifted, the rolling became so bad that by the morning of the next day the ship was listing nearly 40 degrees, and the ships main engine and generators had become inoperable.

Hard aground in Whitsands Bay.

Hard aground in Whitsands Bay.

With the Kodima adrift about 20 miles from Falmouth the decision was made to abandon the ship and all were lifted safely off. A tug had tried to get a towline on board and when that failed the Kodima was left to drift until she hit the sandy beach at Tregantle, Cornwall. The next day the beaches around the wreck as far away as Plymouth were jammed with baulks of timber. Soon just about everybody who could walk was scrambling down cliffs to lug away masses of wood to make sheds out of, or to use as firewood. The Police and Coastguards issued dire threats about what would happen to those that they caught, but it made no difference. On the beaches people even made summer chalets so they could have barbecues in comfort.

The Beaches were full of timber.

The Beaches were full of timber.

Meanwhile the Kodima was in dire straits. Huge waves were breaking over the stern flooding her engine room, and it was impossible to get any of the salvage crews on board so tugs stood by and waited for better weather. Meanwhile a huge operation to clear Tregantle beach of the discarded timber got under way. At low time bulldozer scooped up the timber and it was taken away to pulp factories in huge lorry’s. As the weather calmed down the Tugs managed to pump out most of the fuel oil, patch things up and on the 16 Feb she was towed off on a high tide and towed to Falmouth for repairs.

Goyaz

Boxing Day 1912 saw the South-West peninsula lashed by a hurricane and thunder, lightning and torrential rain were felt by all, more so by the seamen on board the ships plying the West Country coast. Ship after ship headed for the safety of the ports and harbours along the exposed coastline, one of which was the Amazon river boat Goyaz. Having just been completed at Dordrecht in Holland, she had left Rotterdam to make her way to Para on the Amazon river in South America. She was 240ft. long with a draft of 9ft. and had accommodation for 3,000 passengers. As the storm increased Captain Stada anchored the vessel in Jennycliff Bay with two other ships, the Ottawa and Guild Mayor.

The Goyaz.

The Goyaz.

At the height of the storm, the Goyaz’s anchor chains parted and, even with full steam up, she was unable to maintain her position. With her high superstructure and flat bottom she was soon blown shorewards, running down on the Guild Mayor and taking away her bowsprite and foremast. The Goyaz, now at the mercy of the wind, was blown broadside onto the rocks. Subsequent inspection of the hull found that there were several holes in the outer bottom and pumps ferried out to the vessel were unable to contain the water level as the tide came and went. For several weeks workmen removed stores and coal in an attempt to lighten the vessel, but repeated attempts to refloat the ship failed. A cofferdam of wood and concrete was built inside the ship and all the holes filled with wood wedges.

Goyaz broadside.

Goyaz broadside.

The salvage team decided to carry out another attempt to refloat the stranded steamer on the 23rdJanuary, 1913. Using dynamite, several areas of rocks adjacent to the vessel were blown away. On the high spring tides the salvage ship Lady of the Isles and the tugs Dragon and Milford commenced towing. Within a short time the Goyaz was afloat and quickly towed into Millbay Docks to be placed into dry dock for repairs before recommencing her journey.

Freija

You would think that salvage vessels would have more sense than to go aground, but in 1947 the Admiralty lifting vessel Freija went to salvage the remains of a motor launch called the Grey Owl and nearly became a complete write of herself.

The Freija hard aground.

The Freija hard aground.

Heavy seas dislodged her holding anchors and threw her onto the rocks at the base of the Breakwater. The fourteen crew got of safely, and the only casualty was the diver who sustained a slight injury to his chest when he was rammed by a buoy.The vessel by this time was almost awash but by the next day the vessel was refloated on the next high tide.

Luckily she refloated on the next high tide.

Luckily she refloated on the next high tide.

Emilia

On 24th February, 1933, the steam tug Emilia, which had only recently been completed, left Glasgow on her way to the Royal William Yard at Plymouth. There she was to be prepared for a voyage to Malta. On the first night out she encountered heavy weather, and when the dawn came found that her lifeboat had been swept away. Because the Emilia had shipped a lot of water and sustained other minor damage, her Master decided to take shelter at Holyhead. After obtaining a replacement lifeboat, the Emilia continued on towards Plymouth arriving off the Plymouth Breakwater on 6th March. In the teeth of a blinding gale her Master failed to see the Breakwater light, or the frantic signalling of the Pilot cutter Iridescence, until it was too late.

The Emilia on the Breakwater.

The Emilia on the Breakwater.

The Emilia struck the Breakwater bows first, and was soon swept broadside on. Luckily all four of her crew managed to scramble on to the Breakwater where they were soon picked up by the Iridescence who had waited to give assistance. Meanwhile the Plymouth Lifeboat had been launched, but on arrival was glad to find no need of her services. For the next week, the Emilia lay stranded on the Breakwater defying all attempts to refloat her. Finally on 15th March, with expectant crowds watching from the Hoe and the salvage tug Restorer standing by, the Emilia floated gently off the Breakwater and was towed to a safe anchorage in the Sound.

The Emilia with the tug Restorer.

The Emilia with the tug Restorer.

Artic Explorer

Whilst all the commotion with the Noordzee was going on, an elderly trawler called the Artie Explorer, had sailed into Plymouth and was quietly moored in Turnchapel Bay ,just up theCattewater.118feet long and weighing273 gross tons, the Artic Explorer had been originally named the Barbara Patton, and had fished around the Scottish coast from the port of Aberdeen. In 1972 she was renamed the Artic Explorer and later bought by a Capt. Silas Oates, who was the marine superintendent for the salvage firm of Coastal Marine. According to Capt. Oates, the vessel was to be used as a support ship in an attempt to do some salvage work on the battleship Empress of India, which lies under nearly two hundred feet of water in Lyme Bay.

Just showing above water.

Just showing above water.

Unfortunately the Artic Explorer was in a pretty bad state, and after a couple of weeks it was decided to scrap the vessel. She was soon stripped of all her equipment, and preparations were put in hand to tow her to Blyth, near Newcastle, for scrapping. Early one morning during February 1979, Capt. Oates was on board the Artic Explorer when, in his own words, “water just started to rush in.” “I was surprised how quickly she went down” he later said. An eyewitness on the shore explained that the Artic Explorer “sank ever so gracefully. The stern went first, a nice fountain of water shot up from her, and it was all over in five minutes”. The wreck was marked and the Harbour Commissioners later issued a clearance order. A couple of attempts were made during that year to raise the ship, but I suspect that these were token efforts made to satisfy the Harbour authorities.

Could have made a nice dive.

Could have made a nice dive.

Marine law, especially when it relates to salvage, can be very complicated, and a row had broken out about who was responsible for clearing the vessel, and this was used by the owners as an excuse for doing nothing. Still in 1980 a serious attempt was made by The owners to lift the Artic Explorer. The main idea was a variation on the tidal lift. Two huge Buoys were placed, one either side of the wreck At low tied. The ship was filled with air, and as The tide came in and began to float the vessel, Pumps would start to empty the water out of The holds. At first all went well. The Artic Explorer got over half way up, when she Suddenly started to list. Before anybody could do anything about it, she flopped completely over and went straight back to the bottom. Capt. Oates and his team gave up in disgust, and there the Artic Explorer lay for another year until a small local firm, Chief pack, decided to have a go.

Chiefpack was fronted by two divers, Nigel Boston and Roger Stephens. They got together various friends, and together they worked around the clock to free the ship, which by now was lying on her side embedded in fifteen feet of sticky mud. More than two hundred and fifty hours of solid diving were needed to prepare the wreck for lifting, and an awful lot of planning. Chiefpack’s idea was to use the tide to provide the initial lift, and then drop her onto a nearby sand bar to start pumping operations. Hopefully, by the time the next high tide was due enough water would have been got rid of to enable the vessel to be pushed upright by the sea as it came in.

Safe at the scrapyard.

Safe at the scrapyard.

On the day three massive pumps sucked the holds clear of water, and then cleared the engine room and fish holds of mud and silt. Wooden bungs were used to stop up any holes, and at low tide the ship was pumped full of air. As the tide started to come in the vessel slowly rose to the surface until her masts, and then her starboard side became clearly visible. When the Artic Explorer had freed herself from the mud, she was taken in tow, still on her side and carefully edged onto a sandbank about fifty yards away. So far so good. All through that night and the next morning, the divers pumped the rest of the water out of the ship, and when the high tide came that afternoon, it lifted the ship off the sandbank and helped to right her completely. Once again the Artic Explorer was safely afloat, and soon she was moored back at Turnchapel. Chiefpack were jubilant, but not for long. As already mentioned, the scrap metal market had nose-dived that year, and the price offered for the wreck was well below their expectations. In their disappointment Chiefpack nearly took the ship back out to sea with the intention of scuttling her for use by recreational divers. But in the end they realised that anything is better than nothing, and the scrapyard got the Artic Explorer in the end. Pity, she would have made a very nice dive.

I am gratefull to Andy Hall for the photo below which shows him (on the right) and his brother. Andy was a deckhand on the Artic Explorer, then the Barbara Patton in the sixties, before moving up to first fisherman (Bosun)

Have a look at his site.

Have a look at his site.

www.grantontrawlers.com

Ariel

A dramatic example of a ship stranding, was the schooner Aerial, which on the 8 December, 1896 ran aground just in front of the Lion’s Den near Plymouth Hoe. She was successfully refloated after two weeks and continued on her passage to Cardiff. However that was not the end of her story.

The Ariel hard aground.

The Ariel hard aground.

Twenty years later the Aerial, now renamed the Samara, was on passage from Alexandria to Bristol when she was torpedoed and sunk in the Bay of Biscay. The sea, as always, had the last word.

XE8 Submarine

This contribution is by way of Ken Clark, who together with a band of like minded people back in the 1970’s completed all sorts of fantastic projects. I hope to bring you more of his other projects later, as it all reads like a bit out of ‘Boys Own’ Ken will forgive me for saying that the photos are not very good as they are early repros on a printer. When I get the originals I will put them up.I have changed nothing in Ken’s narrative, and only added a couple of pics.

Of the many exciting dives carried out by the group along the South Coast in the 70’s, the clearance dives on Submarine XE8 were to prove the most hazardous. Poor weather conditions encountered during the winter of 1972/3 meant that even sport diving was very dangerous. Therefore, carrying out the hard work of clearing rusting steel cables and tangled ropes from any wreck could be considered as being very dangerous indeed! In hindsight, the work load we set ourselves during the depths of that winter must have appeared to border on madness. A series of strict time schedules and safety procedures had been imposed by the Admiralty as a pre-requisite before any amateur work could be undertaken on wrecks for which they had any responsibility – and particularly a sunken Navy sub! However, we had previously demonstrated from our past record that we were a capable and responsible group.

The return of XE8 to Plymouth, commanded by Lt. Johnny Ruse, Royal Canadian Navy Reserve.

The return of XE8 to Plymouth, commanded by Lt. Johnny Ruse, Royal Canadian Navy Reserve.

To prove our point, Peter and the group had made a commitment to complete a scheduled workload to clear the sub of debris, whatever conditions were encountered. We’d all dived together off Portland Bill during the past years, and most of us had gained some experience diving among many of the wrecks lying off the ‘Bill’. Diving in the vicious tidal race required considerable care in all but the most calm conditions, but when the tide was running, only the foolhardy ventured within it’s influence. Lying out there in some 30 metres of murky water, was the Miniature Submarine XE8, a derivative of the WW2 – X craft, famous for the attack on the Pocket Battleship Tirpitz when it was anchored in a Norwegian Fiord. This particular version, now lying on the seabed off Portland, was an adaptation built for service in the far east and given the suffix XE. The XE8 was now lying on the sea bottom, directly in the path of the notorious race, located at Latitude 50 degrees 33 minutes 01 seconds N. – Longitude 02 degrees 21 minutes 06 seconds W. From my dive notes and I imagine as a point of interest, I note that the original Officers were Commanders ‘Johnny Ruse’, a Canadian Reserve Lieutenant and Sub Lieutenant J. Benson RNVR. The former Lt.Ruse is now Lieutenant Commander J.C. Ruse RCNVR. At our briefing sessions, I was led to believe that the submarine had been used as a practice sonar target for some years and was now deemed to be ‘excess to requirements’ by the Navy. . . . . Not to the Imperial War Museum of course and certainly not to our little group!

This is how the boat was run on the surface.

This is how the boat was run on the surface.

Teams of divers arrived at the neighbouring seaside resort of Weymouth to carry out work on most week- ends throughout the year, but many of the dives were often aborted before the hired boats could reach the location, and disappointed divers were forced to return to base time and time again. They were, amazingly, ‘encouraged’ to pay their boat hire fees, whether the skipper had managed to get out of the bay or not! Thus, driving down to Weymouth to work on the Submarine often became a very expensive pastime! Only a small percentage of the planned dives ever actually came to fruition because of atrocious conditions, and it became a work of art for Peter to encourage people to make the long, tiring journeys to Weymouth when in their hearts, they new that poor weather forecasts precluded any diving otfPortland. Nevertheless, a few hardy, perhaps foolhardy divers turned up at the site on so many weekends that a small percentage of successful dives were inevitable.

The Captain ofHMS Kinbrace [left] standing next to the aide of the C in C Portsmouth and the Conunander in Chell [third from left] discussing the lift of HM Submarine XE8.

The Captain ofHMS Kinbrace [left] standing next to the aide of the C in C Portsmouth and the Conunander in Chell [third from left] discussing the lift of HM Submarine XE8.

I usually managed to cajole and persuade a few of my own Polytechnic divers to join me on these weekends throughout the winter, convincing them that even if the dives were aborted, the marvellous hospitality of Brian and Sally King at the Weymouth dive shop, would more than compensate them for the lack of diving. Most of us stayed at Brian and Sally’s dive shop for our B& B, particularly those whom Sally could trust to behave themselves by not messing up her bathroom – and there were one or two diving comedians who were definitely unwelcome! We could leave aJl our diving equipment there in safety, fill our tanks, buy spares and generally keep ourselves up to date with whatever was going on in the area. There was a large, comfortable ‘rest room’ above the dive shop where we all relaxed -post diving, and we could drink, eat Sally’s sandwiches and tell outrageous diving stories into the early hours of the night. It didn’t always feel like we’d enjoyed ourselves though when we were 8 or 9 kilometres off the coast, anchored over the submarine the next morning, but it was a hell of a hardening up process for those of us who stuck it out throughout that winter.

The miniature submarine XE8 finally coming out onto the dockside in Portland.

The miniature submarine XE8 finally coming out onto the dockside in Portland.

One of the first priorities – before anything else could be achieved, was to position a buoy over the wreck for identification and for the divers to use for descent and ascent. Peter and the Hampstead lads had arranged for a large buoy to be allocated to them by the Navy at ‘Priddy’s Hard’ in Portland NavaJ Base. This particular weekend, the buoy, which was about the size of a small car, was to be taken out to the site. A heavy steel cable was attached from the submarine to the buoy and it was left in position as a warning to shipping. The fickle British weather was to provide us all with a few unwelcome shocks that winter and after the first of many, Peter rang me to inform me that the buoy had been ripped away from it’s anchor point on the subma- rine by the tremendous current sweeping around the Portland Bill peninsula! Other wreck buoys, put on the submarine over diving weekends, suffered the same fate after violent storms came barrelling through the area. Some were recovered, but one or two were never to be seen again! In between the storms, the cold, grinding work of getting divers down to the wreck went on.

The method adopted to lift XE8 from the bottom of the sea off Portland.

The method adopted to lift XE8 from the bottom of the sea off Portland.

Most dives were hard work and very expensive, but I do remember one particularly pleasant and rather memorable occasion just before Christmas when the weather so was beautiful when we arrived at the dive site, out in to the English Channel, that we took off our clothes and laid out on deck to sunbathe in our birthday suits! The temperature was at least 20c on board so we enjoyed this rare opportunity of being able to top up our summer tan. Those moments were rare though and mostly it was seasickness pills and hypothermia that was the order of the day. I actually took my son out in rather rough weather for his first dive on the sub one day and before we’d left the relative shelter and calm of Weymouth bay he was imploring me to call out the Lifeboat to take him back to shore! I felt so sorry for him, but he stuck it out in good fashion. It was quite rough on that occasion and many of the divers were not actually very disappointed to have the dive terminated by the skipper of the boat before reaching the wrecks site. We did however, take the opportunity of making a dive in the bay to collect some Scallops for our freezers back home. I personally collected a mail sack full, and most of the other lads ended up with smiles on their faces, so the weekend couldn’t be regarded as a total waste of time! I should, just for the record, report that my son declined all future offers I made for him to dive on the sub!

XE8 at Portland Harbour, being lifted out of the water.

XE8 at Portland Harbour, being lifted out of the water.

One other noteworthy occasion I remember, was when we were clearing cables and debris from the submarine, I dived on that occasion with Rtd. Royal Navy Commander Alan Bax, Director of the famous Bovisand Diving Establishment just east of Plymouth, a channing, well known and popular diving personality within the diving world. Our task on this occasion was to fix underwater blasting gelatine to some particularly heavy old steel cables and simply blow them off and away from the side of the sub. I had of course previously attended one of the Bovisand Explosive Courses for divers, but I appreciated the fact that Alan, with years of experience, was going down to actually layout the pattern of explosive charges and I was actually quite re- lieved at not being tested by the professor himselft We both pulled ourselves down the line to the submarine with some difficulty, looking like a pair of flags attached to poles in the strong current. We just needed to have a good look at the situation before Alan selected what he considered to be his ideal position and began the work of fixing a small charge of the plastic to a length of cable.

Ken Clark and Peter Cornish on board HMS Kinbrace during the final lift of Miniature Submarine XE8.

Ken Clark and Peter Cornish on board HMS Kinbrace during the final lift of Miniature Submarine XE8.

He finally ‘signed’ to me to get the detonator, previously left on board and I rapidly went up the role-line to the side of the boat, where I was handed the detonator by the lads in the fishing boat. I immediately dived again to where I’d left Alan working, handing him the detonator to be inserted in the charge. We worked our way around the submarine, checking for any other fouled cables as we went, and having completed the job, swam completely around the periphery once again just to check that no other rubbish was fouling our work and then the pair of us headed for the surface as quickly as we could! The boat was then moved away to a safe distance before Alan rechecked his own connections and blew the hell out of the rubbish below with a resounding crack, which brought more than a little froth to the sur- face! We weren’t looking for fish on this particular occasion as we usually did. Our normal system was to blow the job – wait for the fish- then collect the ‘fruits of the ocean’ floating on the surface – dead codlings or pouting for the freezer by the sack load! Half and hour later, depending upon the current of course, we could usually go down again to find that the clouds of mud and rubbish had cleared and we could continue with whatever work we’d set ourselves.

London 1952

London 1952

In this case, the previously fouled area around the submarine had cleared itself squeaky clean as a result of Alan’s’ deployment of the explosives, and the series of shackles were then expertly at- tached by the rest of the divers. The XE8 was ready for the final lift now, and we all logged the dive down as a compete success. Some time later, it was with some disappointment, if not shock, that I. later learned from Peter Cornish that although the Naval Authorities had checked out our work and deemed it to be a first class job, they were however, not ready to leave the dangerous job of bringing 45,OOOkgs of miniature submarine to the surface in the Portland Race, deeming it to present too much of a hazard to shipping in the area, even if the job was being tackled by a group with a proven pedigree. Peter expressed his shock and unhappiness at the decision, but the situation was softened a little when the Naval authorities asked if we would both like to join the clearance divers onboard the salvage vessel Kinbrace as the they actually hooked their lifting gear up to our shackles and brought the sub to the surface. We were suitably impressed at the unique gesture and very pleased to accept this kind offer by the Naval Authorities.

XE8 can now be seen at Chatham Dockyard.

XE8 can now be seen at Chatham Dockyard.

We both arrived in Portland in Peters car at the appropriate time to join the C & C Portsmouth area and the Cap- tain of Kin brace on board the salvage vessel. We steamed out of Portland that morning and continued out to sea and the wreck buoy. Kinbrace soon anchored up and the dozens of enormous cables lying out along the forward deck were run out through the lifting blocks and over the ‘horns’ at the bows of the vessel. Divers went over to attach the cables, and soon afterwards the winches began to take up the slack as the ship slowly took the weight of the submarine.It was about this time that out of the corner of my eye, I noticed what I recognised as a ‘tribal’ class Frigate coming out of one of the openings of Portland Harbour and heading in our direction. As I watched, fascinated at the spectacle of the warship coming out so cleanly through the narrow gap, a bow wave quickly began to show itself in front of the Frigate as it’s speed increased. The approaching warships presence hadn’t gone unnoticed by the skipper of Kinbrace either, for within a few seconds all hell let loose on board.

Inside the Xcraft.

Inside the Xcraft.

Peter and I stood as quietly and unobtrusively as possible, squashing our- selves again a bulkhead, as the ships crew went in to action. The signaller was thrashing away on a signalling lamp pointed at the approaching warship, by now just a few miles distant, while a series of various signal flags were run up.The skipper stopped beside us as he moved past,to briefly explain to us that if the Frigate, identified as ‘Ashanti’ had continued on it’scourse, the wave set up by the warship which was certainly travelling at some 30 knots, would have hit us within a short time and sent the 45,000kgm lump hanging beneath Kinbrace plummeting to the bottom! The skipper of Her Majesty’s warship Ashanti, must have been suitably impressed by one or two Anglo Saxon terms offered by the Skipper of Kinbrace. Either that, or he’d learned that the C in C Portsmouth was on board the salvage vessel he’d been heading for at speed. Whatever had influenced him had been rather effective, for soon afterwards the bow wave visibly decreased to a gentle wavelet as the Frigate slowed almost to a walking pace, leaving us all breathing a sigh of relief.

Close up of the hatch.

Close up of the hatch.

The rest of the operation to raise the submarine went according to plan, and Kinbrace, with sub beneath it, cruised slowly back to the safety of Portland Harbour. At the Quayside, the cranes already primed and ready, the Navy took complete charge of the situation, and in the glare of reporters, snapping notebooks and waving microphones, Peter did what he always did best, and gave the reporters their weekend stories Me, well I wasn’t finished with the excitement of the day, for Peter shouted at me to move his car across the dock and threw me his keys.I excitedly jumped in to his new company car and drove it toward him, straight under a steel cable that had been stretched across the entrance of the Quay! Peters face was an absolute picture to behold as the bonnet and paintwork was instantly re-styled. Funny, I never did see the television pictures of him standing there – wide eyes and with his mouth open as he watched the front of his new car being trashed!

Preparing the sub for show.

Preparing the sub for show.

The Sub was later taken to Duxford Airdrome, an annexe of the Imperial War Museum in Hert- fordshire where, under the care of Dr. C.J. Roads. Deputy Director, it was cleaned and refurbished over the next few years by skilled technicians. I never did get to see the sub again, even though I lived just a few kilometres away for a while just south of Cambridge! My admiration and thanks go out to the divers and members of the British Sub Aqua Clubs of:-

Islington Branch, Chelsea Branch, Harlow Branch, Hawker Siddeley Trident Branch, Holborn Branch, llford Branch, Stevenage Branch, Hatfield Polytechnic Branch, Rayleigh Branch, and many others individual divers of the British Sub Aqua Club who worked so hard throughout the project.

Below is the film that the team shot. it was on 8mm cine film,(remember that?) and was later transferred to DVD. Its a bit wonky in places but well worth looking at as it encapsulates the sheer dedication and ‘press on’ attitude of all those involved. I have split the film into two parts as it was easier to upload. I am grateful to Peter Cornish for the film. Update The XE 8 is now at Chatham Dockyard on permanent loan from The Imperial War Museum.

Wilhelm Bauer Type XX1

The Type XX1 is truly one of the great submarine designs. If it had come fully into service, it would have posed almost insuperable problems for the Allies. Even though it never became fully operational, it became the prototype for all future conventional submarines, and even influenced the design of the first nuclear submarines. The U2540 was sunk in an air raid towards the end of the War, but was later raised in 1957 by the new West German Navy, and recommissioned as the civilian trials submarine Wihelm Bauer. So what made her so special?

Wilhelm Bauer U 2540.

Wilhelm Bauer U 2540.

During 1943 improvements in the Allied A.S.W. equipment meant that U boat losses were becoming unacceptable to the German High Command. What was needed was a true submarine able to operate underwater for very long periods. It would have to avoid detection by radar and sonar, and have enough speed underwater to out run the surface hunters. For years Professor Walters had been experimenting with the effects of streamlining and new methods of propulsion.

Entry into the Submarine.

Entry into the Submarine.

However his hydrogen peroxide power plants proved to unreliable for operational use, and so he concentrated on streamlining the hull. Cutting down the hydrodynamic drag had vastly increased the battery power of traditional diesel electric boats, and combining this with an anti radar hull coating, a redesigned snorkel and new sonar’s, made the Type XX1 a truly outstanding design. However it appeared on the scene far to late to have any effect on the outcome of the War, and this was extremely fortunate for the Allies, as they had no anti dote to this extraordinary undersea weapon.

Bow view.

Bow view.

Armament comprised of six bow tubes with a total of 23 torpedos. The Type XX1 had a rapid reloading device, which allowed 18 torpedos’s to be fired in 20 minutes, and unprecedented rate of fire for those days. The overall design was based on the outer shape of the Type XV111 but with diesel electric propulsion. On the surface she was powered by two M.A.N. supercharged six-cylinder diesels, and underwater she had two new powerful electric motors capable of pushing her along at just over 17 knots. This was a huge increase in submerged speed compared with her contemporary’s, and made her truly revolutionary.

The torpedo room.

The torpedo room.

Since the Type XX1 was designed to live and fight submerged there were no deck guns, just four 20mm. Or 30mm. Cannon in streamlined turrets at either end of the conning tower.

The construction was in sections.

The construction was in sections.

The construction methods for this boat also broke new ground. The Type XX1 were constructed in ten separate sections, which were then delivered to the shipyard for them to complete, all except for the third section which had to be fitted with the diesel engines. Of the 752 boats ordered, 119 were built but only 93 were commissioned. None became operational. As the War entered its final months some of these boats were sunk in air raids, 61 were scuttled, leaving just eleven to be surrendered in May 1945.

Raising the U 2540.

Raising the U 2540.

In 1983 the Wilhelm Bauer was made into a museum exhibit at the German Maritime Museum at Bremahaven. Even today she looks extremely modern and still retains her air of menace. Inside she has been very well restored with lots of photos of her history, with very informative guides who speak excellent English. Well worth a visit.

Map showing location of Wihelm Bauer.

Map showing location of Wihelm Bauer.


The William bauer, Donitz’s Stealth Submarine
Extract from The Silent Menace. dvd

Untiring

Untiring is a Royal Navy submarine of the ‘U’ class. She was built by Vickers Armstrong on the Tyne, and launched on January 20th. 1943.

The Untiring is 196 feet long, 16 feet wide, with a maximum hull depth of just less than 13 feet. This was all supposed to house all the food, ammunition, machinery, and a complement of 31 officers and men. Talk about a steel coffin. The Untiring had a surface displacement of 545 tons, and underwater weighed 740 tons. The submarine was powered by two diesel electric motors, which gave her around 11 knots on the surface and up to 9 knots submerged. She had a three inch gun mounted just in front of the conning tower, three machine guns, and her four 21 inch torpedo’s were all fired from the bow.

Not the Untiring but the United, seen at Plymouth.

Not the Untiring but the United, seen at Plymouth.

After the War she was surplus to requirements, but instead of being broken up she was lent to the Royal Hellenic Navy (Greece) and during July 1945 she was renamed the ‘Amfitriti’. She was returned to England in 1952 but was now completely obsolete, so the Navy decided in 1957 to scuttle her just off the East Rutts and use her as a sonar and asdic target.

I dived the Untiring back in the 1980’s but we missed the main part of the wreck and only saw a hawser. I never dived it again (too deep for me) but my companion on that dive, Steve Carpenter of the well-known dive emporium Sound Diving has, and it’s his impressions that I relate here.

United, same class as Untiring.

United, same class as Untiring.

The Untiring lies in 55 metres on a sand and silt bottom with a slight list to starboard. You cannot enter the hull but the conning tower is of an open design and you can have a good look around there. Moving towards the stern you soon see the two phosphor bronze propellers still firmly in place and the whole of the hull is covered in a carpet of plumose anemones. At the bow the most recognisable feature are the bow torpedo tubes all with their hatches closed. The visibility is usually very good, twenty feet or more. The tides are pretty savage so make sure you get the slack right.

If any one has any underwater photos or video of this wreck I would be very glad to see it. More dive reports are also welcome.

U995

The Type V11-C was the workhorse of the German submarine fleet during World War Two. There were several versions, but all were about 220 feet long and had a surfaced weight of around 769 tons.

U995 at LaBoe.

U995 at LaBoe.

Built to fight in the Atlantic, far away from their bases, the Type V11-C submarines had a range of 9700 miles on the surface steaming at about ten knots. Underwater their range was severely curtailed, being only 130 miles at a miserly two knots, but they could dive to a maximum depth of 120 metres.

Gun Armament.

Gun Armament.

All versions were armed with five torpedo tubes, four in the bow and one in the stern. Gun armament varied, but by the end of the War most had a 88mm gun and four 20mm flak guns in a quad mounting.

The U995 is probably the best example of this class of submarine (there is one other in Chicago) and its location in the pretty seaside town of LaBoe close to the stunning edifice of the Marine-Ehrenmal, and the moving U-Boat memorial, make the visit a delight even if you are not particularly interested in submarines.

U995 Insignia.

U995 Insignia.

Blorn and Voss launched the U995 on the 22 July 1943. A few days later she was badly damaged in a bombing raid and her future put into doubt. However the demands of a severely over stretched U. Boat arm demanded that all possible submarines were made ready and after a huge amount of effort, U995 was repaired and became operational on September 16th. She was assigned to the 5th Submarine Flotilla stationed at Kiel where she successfully completed her work-up.

U995 Bows.

U995 Bows.

On 25th. April 1944 U995 sailed to Norway in readiness for the suspected invasion. In the middle of May she was attacked by a Sunderland Flying boat. She lost five men in the encounter but was only slightly damaged. Once repaired she then moved to the 13th. Submarine Fleet at Trondheim.

Postcard of the Machine.

Postcard of the Machine.

The U995 carried out nine patrols in her career, sinking four ships, one of them being the American cargo vessel Horace Bushnell. On February 8th. 1945 Kaptain Hans-George Hess earned the Knights Cross for a daring raid into Kirkenes Fjord were he torpedoed and sunk a freighter. On May 8th. 1945 the War was over and Kapitain Hess surrendered his boat at Trondheim and spent a year in a Norwegian prison camp. (He later became a lawyer in Hanover)

Kapitain Hans Georg Hess.

Kapitain Hans Georg Hess.

U995 should have been taken to England, but was in too poor a condition to make the trip so she was handed over to the Norwegian Navy as part of their War Reparations. The Norwegians completely refitted her and returned her to service on December 6th. 1952 under her new name of Kaura, Nato Fleet Number S309. Ironically it was as the Kaura that she later visited England as part of a Nato exercise. By 1962 the Kaura’s operational life was over and she was laid up.

The Engine Room.

The Engine Room.

It was then that the German Navy Association had the idea of rescuing her and putting her on display. There was some political opposition to this as in those days Germany still was not considered completely rehabilitated, and nobody wanted to give a working submarine back to a country that had been the worlds best submarine nation. In the end these fears were overcome, and in an extraordinary gesture of friendship, Norway, who had suffered terribly at the hands of the German military machine, said that they would be happy to present the submarine to the German Navy Association.

Towed up a newly dug Channel.

Towed up a newly dug Channel.

The work to turn the battered U995 into a museum took many years, but finally in 1972 all was nearly ready. The U995 was slung beneath a colossal floating crane and slowly towed through a specially dug channel to the beach just in front of the Marine-Ehrenmal memorial at LaBoe where she was lowered into a specially prepared concrete cradle. At her dedication she was visited by many great names including Donitz and Krechmeyer. I would love to know what they were thinking as they walked around this once deadly submarine.

Postcard of the Torpedo Room.

Postcard of the Torpedo Room.

The U995 has been beautifully restored and works very well as a museum exhibit. On one level she shows exactly what a submarine was like and just how complicated and cramped they were. But on another level the U995 manages to connect with that awful past out there in the freezing Atlantic, the domain of the Wolf packs. What it must have been like to fight and die in these steel coffins is almost unimaginable in today’s world. U995 fulfils its aim of being a museum, and also a dreadful reminder of those far off days that all of us hope never to see again.

Ariel view of U 995.

Ariel view of U 995.


Workhorse of the Wolfpacks
Extract from The Silent Menace.dvd

U534

Commissioned in Hamburg in late 1942, the U 534 is a Type IX C 40 long-range ocean going submarine. She was mainly used as a weapons testing platform, and until the late summer of 1944 was also used as a weather ship in the North Atlantic. During the autumn of that year she left the massive U. boat pens at Bordeaux and sailed back to Germany where she was laid up in Kiel. So far nothing out of the ordinary, just another U. boat. But during May 1945 things changed.

U534 on the Barge.

U534 on the Barge.

Germany unconditionally surrendered, and the War was over. However just before the surrender, on May 2nd, U. 534 became the last submarine to leave Germany. Apparently she had been specially provisioned and armed in the bombproof pens at Kiel weeks before, and at the appointed hour she slid silently out of the submarine pens and made her way towards Kristiansand in Norway. Two days later on May 4th, Admiral Doenitz had ordered all submarines still at sea to surrender, but by then U 534 was lying submerged off Elsinore in Denmark. Weather her Commander, Captain Nollau failed to receive the order or chose to ignore it is uncertain, but either way the outcome was to be catastrophic.

Still Rusty.

Still Rusty.

On May 5th, the day after all German forces in Northern Europe surrendered, a R.A.F. Liberator from Coastal Command sank U 534 off the Danish Island of Anholt. Most of the crew managed to abandon the boat and were soon rescued, but five were trapped inside the U-boat and were dragged down by it. Miraculously they managed to escape their iron tomb, but one died in the ascent, and two others drowned on the surface before the rescue ships could get to them. So where was the submarine going and what was its mission?

Anti Aircraft guns still intact.

Anti Aircraft guns still intact.

U 534 had a range of over eleven hundred miles, so could have easily reached South America. Was she going to carry a leading Nazi to South America via Norway? Or was she carrying treasure looted from the occupied countries to help those Nazi who had already escaped to South America by other routes? One of the crew that died shortly after the U534 sank was an Argentine wireless operator, which suggests that she was indeed en route to South America. The only person who definitely knew was Captain Nollau and he never told, taking the secret to his grave.

At least the Props are Shiny.

At least the Props are Shiny.

As the years rolled on, the rumours became more persistent and the accounts of the treasures supposed to be on board ever more extravagant. More than forty years after she sank a Danish diver, called Age Jensen found U 534 and once again the rumours started to fly. In 1992 a Danish publisher, Karsten Ree became interested in the submarine and decided to mount a salvage operation to find out once and for all what the Mystery of the U 534 was all about. The expensive lifting operation lasted over four weeks with the close co-operation of the Dutch Navy. After five tons of explosives were removed the submarine was moved to Grenaa where she was loaded onto a huge barge and towed to Birkenhead. Besides the explosives there was about two tons of documents. No gold. No paintings and no jewels.

So what was going on? Watch this space.

The Tour.

When I first visited the U 534 she was still in a very poor condition. The Warship Trust had only just got her and took only a limited number of very small groups around personally as the inside of the sub was pitch black and quite dangerous underfoot. I thought this was a great way to see her, almost just out of the sea. Inside the submarine still dripped with water from rain penetration and oozed a film of condensation that shone eerily in the powerful torch light. The menacing dark shadows that lurked at the perimeter of the light gave our small party just a glimpse of what it must have been like in those last few hours.

How to get There

How to get There

How to get There

Stuck all over the boat wedged into the pipe spaces were old tins of food, bits of newspaper, and the odd bit of clothing. The guides were very knowledgeable, but all the technical guff washed over me because the sheer experience of being in that dark, dank submarine was so evocative. How the crews on both sides hid their fears and endured the dreadful conditions inside the boat must be incomprehensible to people today. No wonder these old submarines still exert such powerful emotions.

When I went to see the sub, no photographs were allowed to be taken inside, but this great website did, and the inside is just as I saw it. Well worth a look.

Uboat 534

In 2006 the Warships Preservation Society went bankrupt and sold of all the land for development and dispersed the ships. The U534 however was cut into sections and moved to a new purpose built museum at the Woodside Ferry Terminal. Below is a link to their website showing times, prices, and how to get there.

U543-the uboat story

Cut into Three Pieces.

Cut into Three Pieces.
Cut into Three Pieces.

Cut into Three Pieces.

A few years after I saw the sub, the whole area was cleared to make way for apartments and houses. The U534 was by now in a parlous state, literally rusting away. There was no way that it could be stabalized to make it into an exibit. Even moving it was cause for great concern as it could just have disintegrated. A very bold move was made to cut it into three pieces and cocoon parts of it so that you could look inside. Some artifacts were removed and put on permanent display at its new home at the side of where the Birkenhead Ferry comes in.

See inside.

See inside.
Conservation.

Conservation.

When I heard about this I was appalled, but I went to see it in 2013, I found that the Company responsible, had made a very good job of it. The museum is full of interesting small bits and pieces and there is a lot of information about the sub and how they got it up and conserved it. Considering that the sub could have been lost forever, its a job well done.

A very informative museum.

A very informative museum.
A very informative museum.

A very informative museum.

M 2

The ‘M’ class of submarine were truly remarkable. They were based on the unhappy ‘K’ class, one of the most accidents prone of all submarines. These vessels were steam driven and had to retract their funnels before they could dive.

The 'K' class, funnels are aft of the conning tower.

The ‘K’ class, funnels are aft of the conning tower.

They were all scrapped, but three of the hulls were saved in 1918 to create the ‘M’ class. The M 1 was probably the most extraordinary of all. She had a massive gun weighing 60 tons taken from a redundant battleship. The idea was that she would creep up to the enemy underwater, surface, lob a few shells, and then submerge. It was a daft idea and never worked properly because the submarines fire control system could not operate the gun at its full range.

The M1, with Gun.

The M1, with Gun.

In 1925 the M 1 was in collision with a Swedish cargo ship and sunk 15 miles off Start Point with the loss of 69 officers and men. In 1999 Innes McCartney, at the instigation of the Ministry of Defence led a successful expedition to locate her. He was helped by Dick Larn, the well known wreck historian, and the whole thing was filmed by the B.B.C. The wrecks precise location was not released, but in any event at around 240 feet,it would be too deep for sports divers.

The M 2 however is in within the range of most sports divers and is a very popular dive. She was completely different from the M 1 in the fact that she had no gun but carried a seaplane in a deck hanger. (Honestly, you could not make this stuff up.) The seaplane called the ‘Parnall Peto’ had folding wings so that it could fit inside and was launched by means of a catapult.

The M 2, with Hanger.

The M 2, with Hanger.

The aircraft was supposed to be used for reconnaissance purposes but the tactical disadvantages are obvious. The submarine had to remain on the surface for extended periods during the launch and recovery of the seaplane and this made her extremely vulnerable to enemy attack. In the end the experiment was a disastrous mistake. On the 26 January 1932 the M 2 was exercising in West Bay just off the Dorset coast, when she was seen to dive stern first by the captain of a freighter, which was passing by. She never resurfaced and it took the Navy nearly 8 days to find her lying on the bottom in 106 feet of water.

M 2 Hanger with the Peto inside.

M 2 Hanger with the Peto inside.

An inspection of the wreck revealed that her hanger door was wide open and so was the hatch leading to the control room. It would seem that the hanger door was open before she had properly surfaced and attained full buoyancy. Whatever the reason her 60 officers and men all perished.

M 2 getting ready to launch.

M 2 getting ready to launch.

This is another wreck that I have yet to dive as it’s a bit out of my area. Still some of my friends have dived it and one shot some video footage in August 1998, and it’s from this that I make the following brief observations. By the way this wreck has not been put on the restricted list yet and all the charter skippers still dive her.

The M 2 is lying upright on a rock and silt bottom in about 106 feet of water. Since the submarine is 296 feet long with a beam of nearly 25 feet there is a lot to see. The hull is in quite good condition and has appeared to withstand the ravages of time pretty well except for the deck plates, which has great holes in it. Towards the bows you can see the remains of either the catapult or the anchor winches, and the bow anchors are nice and secure in their hawseholes, with the forward hydroplanes still intact.

Launching the Seaplane.

Launching the Seaplane.

On her sides, the hull is covered with a thin weed, deadmens fingers and plumose anemones. As you work your way towards the conning tower you soon see the gaping hole of the aircraft hanger. You can still go inside but it is quite silted up with quite a lot of steel plate scattered all around. The conning tower rears up very impressively with the remains of the periscope still pointing in vain towards the surface. Swimming down towards the stern the deck plates still look in poor condition, and since there was some salvage done on the wreck in 1932-33 it comes as no surprise to see that the twin propellers are missing, but the rudder is still intact and you can swim right underneath the propeller shafts and it makes you realise that the M 2 was a big boat, roughly the size of a frigate. Back up to the conning tower to play Captain, and a final look into the hangar and that’s the end of the dive. The M 2 looks well worth a visit to me.

The M 3.

The M 3.

Incidentally the last of the ‘M’ class, the M 3, was converted into a minelayer. She carried up to eighty mines and was perhaps the most successful of her class. However as soon as she had demonstrated how good the concept could be, the Navy tired of it, and she was sold for scrap in 1932.

The M class submarines
Extract from The Silent menace.dvd

Holland 1

Over the years many had struggled in vain to make the submarine into an effective weapon.

John Fredrick Holland.

John Fredrick Holland.

In the end it fell to John Fredrick Holland, an Irish man living in America, to put all the elements of the modern submarine into one hull and make it work. His preferred method of propulsion was the internal combustion engine combined with battery powered electric engines. After several prototypes he developed the Holland Four for the United States Navy and armed it with a White head torpedoed. Although he was not the first to do this, the reliability of his submarine combined with his engineering genius forged the two into the start of a deadly combination. The submarine as an effective weapon had finally arrived.

H.M.Submarine No1.

H.M.Submarine No1.

In1901 the Royal Navy had ordered five Holland submarines. In April 1902 the very first, Holland one, was taken out for its maiden voyage under the command of Lt.Arnold Foster. Although quickly superseded by the A class of submarines, the Holland’s acquitted themselves well and gave years of satisfactory service. In 1913 Holland 1 was sold for scrap, and whilst on tow past the Eddystone she foundered and sank thus slipping from peoples memories.

First voyage.

First voyage.

However in 1981 Royal Navy divers stumbled across the wreck out near the Eddystone Reef and the Admiralty decided to salvage the submarine and place in the Submarine Museum at Gosport. Once the Holland had been lifted from the Reef she was taken to the sheltered waters just off Drake’s Island in Plymouth Sound, where she lay over night waiting for the high tides that would enable her to be safely carried through the Hamoaze and up the River Tamar to the waiting Dockyard.

First View

First View

Once inside the dry dock the Holland was lowered onto a specially made cradle. Teams of divers were sent down continually to monitor her progress, whilst the engineers waited anxiously up top. They had prepared the cradle from the original builders drawings of the Holland, and if they had got it wrong the Submarine could fall off the cradle once all the water was pumped out of the dock. At last every body was satisfied that all was well, and as the last of the water was pumped out of the dry dock, crowds of people started to gather to see the Royal Navy’s first operational submarine emerge. For a submarine that had not seen the light of day for over seventy years the Holland looked in remarkable condition.

Coning Tower Hatch.

Coning Tower Hatch.

Even though her hull had one or two holes, there seemed nothing structurally wrong with her, and the engineers put this down to the fact that she had been lying in nearly two hundred feet of water and so had been out of the reach of the damaging turbulence that storms can so often inflict. Once the engineers were quite certain she was secure they had to remove the thin coating of rust that had so far protected the hull from serious corrosion. As the water jets blasted off the rust the hull started to come shiny clean and gave a hint of what the Holland must have looked like when she was first built. The entire hull had to be scrupulously clean to allow the Fertan preserving chemical to be sprayed on to stop the hull rusting any further and for the metal to be stabalized.

Holland at Gosport.

Holland at Gosport.

This was very important, as further treatment would have to wait until she was rehoused at Gosport. Because the hull was so unwieldy it was cut into three and loaded onto separate transporters for her journey at Gosport. Here she was transformed into a superb exhibit. You could go inside and see everything. It was very impressive. Unfortunately it did not last. Something went wrong after a few years and the Holland started to corrode. Nothing the Museum could do seemed to stop it so in desperation the Submarine was placed in a sealed tank until a remedy could be found. To date no satisfactory remedy has been found and the Holland remains entombed in her own iron casket.

Good News:

The problems with the Holland seem to have been solved, and she has now been restored to her former glory and is now once more on view at the Submarine Museum in Gosport.

Holland Gallery

The Holland comes out of the water for the first time.

The Holland comes out of the water for the first time.
The Holland comes out of the water for the first time.

The Holland comes out of the water for the first time.
The Holland comes out of the water for the first time.

The Holland comes out of the water for the first time.
The Holland comes out of the water for the first time.

The Holland comes out of the water for the first time.
The Holland comes out of the water for the first time.

The Holland comes out of the water for the first time.
Blasting off the old coating of rust.

Blasting off the old coating of rust.
The hatch restored.

The hatch restored.

Cut into three pieces for loading on a lorry. Shows the torpedo tube in one section with a rare photo of the Holland being craned into the water.

Loading, restoration and transportation.

Loading, restoration and transportation.
Loading, restoration and transportation.

Loading, restoration and transportation.
Loading, restoration and transportation.

Loading, restoration and transportation.
Loading, restoration and transportation.

Loading, restoration and transportation.

Submarine A.7

Developed from the basic Holland design, the A class of submarine was the Royal Navy’s first attempt at an all British submarine. Among its innovations were a proper conning tower which prevented the submarine being swamped when running on the surface. Additional torpedo tubes were also added, and the whole boat lengthened by about forty feet, which made it much more stable and seaworthy. Unfortunately, these new submarines retained the Holland’s worst defect, which was a pitifully small reserve of buoyancy.

A Flotilla of A Boats.

A Flotilla of A Boats.

Although still largely experimental, the A boats were relatively successful, and some even saw active service in 1914 if only in a training role. However survival became of crucial importance for the crews of these submarines, because at one time or another every single on of them sank at least once, usually with fatal consequences. The A I, rammed by the Berwick Castle, sank with all hands off the Nab, near the Isle of Wight, in March 1904, and although she was raised a month later she was never recommissioned but sunk later as a target.

 

Submarine A 3

Submarine A 3

The A 2 was wrecked whilst on the for sale list, and the A 3 was rammed and sunk by the aptly named Hazard in February 1912 with the loss of all hands. The submarine A 4 perished during a collision in Portsmouth Harbour in 1905 when she sank like a stone and drowned all her crew, and on the 8 June 1905 the A 8 suffered an explosion whilst running on the surface and sank just off the Knapp Buoy a few hundred yards from Plymouth’s Breakwater.

Crowley Family

Crowley Family

I am gratefull to Naomi Cassidy for the above Photo’s. She is the great niece of Petty Officer John Francis Crowley.

Frank Crowley (right)

Frank Crowley (right)

The A 8 was successfully salvaged and after undergoing a complete overhaul she served all through the Great War and ended her days being sold for scrap. Ironically the A 7 had been her escort on that fateful day, and nine years later, in January 1914 the A 7 was once again in the same area, exercising in Whitsands Bay.

The A 7.

The A 7.

This time she was engaged in carrying out dummy torpedo attacks on H.M.S. Pygmy in company with a flotilla of six other submarines. On the morning of January 16, the flotilla assumed their attack positions and were ordered to dive to a predetermined depth and then resurface. It soon became apparent that the A 7 was in difficulties, when a large stream of bubbles appeared on the surface over the area where she had submerged. All the other submarines returned to the surface safely, but for the A 7 disaster had finally struck.

The Search for the A 7.

The Search for the A 7.

The flotilla commander on board H.M.S. Pygmy sped towards the scene and ordered tugs and salvage lighters dispatched from Devonport with all possible speed. For some reason however, nobody bothered putting a marker buoy down, so when the tugs arrived with sweeping gear they could not locate the stricken submarine. In the end the Navy spent five days continuously dragging the seabed before they found the A 7. By the time divers were ready to go down to the submarine, everybody knew it was a futile gesture. The A 7’s crew had all perished.

Memorial Card.

Memorial Card.
Memorial Card.

Memorial Card.
Memorial Card.

Memorial Card.

Thanks to Naomi Cassidy for the above cards

The news of yet another submarine disaster shocked the people of Plymouth so much that they set up a public fund for the widows and orphans of the unfortunate crew. The Navy was roundly condemned on all sides for its incompetence, and suffered huge embarrassment at the hands of the National Press who made sarcastic remarks about the inability of the Navy to salvage their own submarines. Meanwhile in Whitsands Bay the struggle to lift the A 7 from the clutches of a muddy seabed continued.


Extract from MISSING,the tragic loss of the submarine A7. dvd

Wires had been passed underneath the submarine and fixed to salvage lighters on the surface. Using winches and the strength of the sea itself in a tidal lift, had so far failed to make any impression. The vessel remained firmly lodged in the mud. In the end the huge battleship Exmouth was taken to the scene, and she had a go with her massive winches.

The A 7. Crew.

The A 7. Crew.

Wires snapped, and capstans burnt out, but the A 7 just would not move. In the end the Navy, by now in danger of being buried by the abuse hurled at it by a vitriolic press, decided to leave well alone and contented themselves by holding a memorial service over the wrecksite, with a Royal Marine guard firing a salute, and wreaths being tossed upon the calm, silent waters. Thus the A 7 became a fitting tomb for all her officers and crew, and today, seventy six years later, that is how she still remains.

A 7, hatch and periscope.

A 7, hatch and periscope.

Of all the wrecks that I have dived on this has to be the most poignant. The phrase a war grave conjures up neat rows of white crosses, somewhere in a foreign field half forgotten. The A 7 is much, much more immediate than that. As you fin down the rope 135 feet to the bottom of Whitsands Bay, the A 7 suddenly and completely presents itself, almost as if she is still sailing towards a new destination. To all intents she is still completely intact, lying upright in the mud, down to what would be her surface marks. Her periscope is up, and her conning tower and nearly all her fittings are still in place. She is instantly recognisable from her photographs, and as you hover above her to stop the mud swirling up and obscuring her, you can on a good day see the whole length of the A 7 laid out pointing into the Bay, as if sailing quietly on to oblivion. Locked inside forever are her Captain and crew.

The Ill Fated A 7.

The Ill Fated A 7.

 

May their souls rest eternally in peace.

N.B. This wreck is now a prohibited site. No diving is allowed.

Thomas. T. Tucker

Built by the Houston Ship building Company of Texas in September 1942, the Tucker was one of the hundreds of Liberty ships churned out by America to enable the Allies to move vast amounts of supplies to the War Zones. Armed with guns fore and aft and also amidships,she set off on her maiden voyage from New Orleans to Suez laden with a cargo of war materials for the Allies engaged in the Libyan dessert against Rommel’s Africa Corps.

Wreckage from the 'Tucker'.

Wreckage from the ‘Tucker’.

Although U-boats were operating in this area they did not manage to catch the Thomas.T. Tucker, instead it was the seamen’s worst enemy,fog. The fog banks of Cape Point are notorious, and if like the Master of the Tucker you think that you are somewhere off Robben Island (in the middle of Table Bay) then you are in deep trouble.

Everywhere lies rusting metal.

Everywhere lies rusting metal.

As it turned out in the subsequent inquiry, the ships compass had an error of 37 degrees, but even so no one ever quite explained why the vessel ran ashore at Olifantsbos Point,on the 27 of November 1942. In the event all hands were saved and the wreck soon broke up.

Directions to the Wreck

Olifants Bay is situated in the Cape of Good Hope Nature Reserve, and as you enter you have to pay a small fee . For this they give you a very good map of the area with all the trails and roads well marked. Be warned however that nearly all the roads are dirt, which is ok in the dry, but can be a bit tricky in the wet. Either way it’s heavy on your tyres, so make sure you are in good shape as its a long way back to civilization.

Map of the area.

Map of the area.

One other thing, keep a good lookout for Leopard Tortoises. They look like rocks on the road until they move. The Rangers take a dim view if you run over any.

The Leopard Tortoise.

The Leopard Tortoise.

The Tuckers Trail starts from the parking area by the beach, takes you a few yards inland then sets you back on a spendid sandy beach.

More wreckage in the sand.

More wreckage in the sand.

The scenery is fantastic and the walking very easy. Its about a mile and a bit to the Tucker which is impossible to miss.In the summer the shoreline is covered with strange plants and colourful flowers, and sea birds turn and swoop in all directions. But it’s the beautiful beach that really makes the trip. It really is like something from another time, quiet and peaceful with not a soul around. A shipwreck too. Heaven.

South Africa Shipwreck Trail

  • Map of Shipwreck Trail
  • Athens
  • Antipolis and Romelia
  • Kakapo
  • Thomas.T.Tucker
  • Nolloth
  • Phyllisia
  • Clan Stuart
  • Birkenhead
  • Cape Agullas
  • Arniston
  • Bredasdorp Shipwreck Museam

Shipwreck Trail

The Shipwreck Trail is divided into two areas, the Cape Peninsula, and the Overberg. If you are doing the tourist route, this equates with Cape Town and the Garden Route and they all flow in together. We just hired a car and drove wherever the fancy took us.

Although the cities are a bit rough after dark ( where aren’t they ) we found the rest of the country very quiet and never felt threatened at all. The people are all extremely friendly, and in spite of ,or may be because of, our colonial past, people seemed to genuinely like us Brits. Makes a change.

Map of the Cape Peninsular.

Map of the Cape Peninsular.

All the Shipwreck sites have their own detailed map.

One note of caution. Some of the roads marked as main roads on the maps have a habit of running out of tarmac and becoming just dirt roads. When you are on steep mountain passes this can become a little disconcerting. There are not a lot of services available, so make sure you go prepared. (Make a packing list in advance if you need it).

Map of the Overberg.

Map of the Overberg.

South Africa Shipwreck Trail

  • Map of Shipwreck Trail
  • Athens
  • Antipolis and Romelia
  • Kakapo
  • Thomas.T.Tucker
  • Nolloth
  • Phyllisia
  • Clan Stuart
  • Birkenhead
  • Cape Agullas
  • Arniston
  • Bredasdorp Shipwreck Museam

Phyllisia

On May 3 1968, the 452 ton Cape town trawler Phyllisia was wrecked just up from the Thomas. T. Tucker, south of Olifantos Point. The trawler was 145 feet long and she struck the shore just before midnight.

The Phyllisia rusting on the beach.

The Phyllisia rusting on the beach.

Eleven of her crew managed to get ashore in lifeboats and the remaining fourteen were lifted of by helicopter. The trawler eventually broke up after all attempts to save her had failed due to the bad weather.

Directions to the Wreck.

Directions to the Wreck.

The Phyllisia is about two miles along from the Thomas.T.Tucker, and if you are fit and its not too hot, then a leisurely stroll along the beach might be for you. Most of us however will plump for the easier option of driving down to where the Phyllisia trail starts. It is an easy walk from there, but it will help if you get there at low tide as you will see more of the wreckage.

It is possible that you will see baboons on the shoreline. You will certainly see them at the Cape Point Lighthouse. On no account feed them or go near them with small children. The baboon is immensely strong, vicious, and can be very dangerous. End of lecture.

South Africa Shipwreck Trail

  • Map of Shipwreck Trail
  • Athens
  • Antipolis and Romelia
  • Kakapo
  • Thomas.T.Tucker
  • Nolloth
  • Phyllisia
  • Clan Stuart
  • Birkenhead
  • Cape Agullas
  • Arniston
  • Bredasdorp Shipwreck Museam

Nolloth

On April 30 1965 the 347 ton Dutch coaster, Nolloth, was approaching Oliphantos Point when she struck an unidentified object that later turned out to be the Albatross Rock. The crew were lifted of by helicopter and landed on the beach not yards from where the rusting remains of the Liberty ship Thomas. T. Tucker lay.

The remains of the Nolloth.

The remains of the Nolloth.

Her cargo, a valuable one containing liquor and general goods was salvaged and taken to cape Town by lorry along a specially constructed road along the beach. The Nolloth could not be taken off the rocks, so she was salvaged where she lay and what is left now lies rotting on the beach.

 

You can just see the wreck in the background. Photo Ferguson Collection.

You can just see the wreck in the background. Photo Ferguson Collection.

The remains of the Nolloth lie about half a mile from the wreckage of the Thomas.T.Tucker, and it is usuall to do both on the one trip. So when you get to the Tucker, just keep walking along the shore around the spit of land that its on, and you will soon see the Nolloth.

This shot of the Nolloth was taken by Stan Cooke's Dad. (Below)

This shot of the Nolloth was taken by Stan Cooke’s Dad. (Below)
Stan Cookes Dad

Stan Cooke’s Dad

I am grateful to Jan van der Luit, who was the Engineer on the Nolloth, for the following information and photos. Jan writes, In the past this ship had a lot troubles in its life,when my father bought this ship It was a wreck,she was traveling under the name LEUVEHAVEN and was owned by Van Uden from Rotterdam, a big ship owner.

The Nolloth as Reality.

The Nolloth as Reality.

Before she was named NOLLOTH it was the REALITY bought by my father ,he bought the ship from a Dutch friend of his and he owned a ship wharf. The ship was as a wreck he was collision with a japanese ship on the waterweg in Rotterdam, so my fathers friend bought it and restored it. Far before this , it was called ALPHA , Van Uden took over and is was called LeuVeHAVEN.

The Nolloth as LeuVehaven.

The Nolloth as LeuVehaven.

Then the whole family went to SOUTH AFRICA with the REALITY to Cape Town in 1956, and the ship got a charter with COAST LINES traveling between CapeTown and Port Nolloth The Coast Lines wanted to name the ship Nolloth and it got its Grave on the beach on the western Cape,so all ends there.

Salvaging the Nolloth.

Salvaging the Nolloth.

South Africa Shipwreck Trail

  • Map of Shipwreck Trail
  • Athens
  • Antipolis and Romelia
  • Kakapo
  • Thomas.T.Tucker
  • Nolloth
  • Phyllisia
  • Clan Stuart
  • Birkenhead
  • Cape Agullas
  • Arniston
  • Bredasdorp Shipwreck Museam

Kakapo

The Kakapo was a British steamer built in 1898 by the Grangemouth Dockyard Company and commanded by Captain P. Nicolayson.She was on her maiden voyage from Swansea in Wales, to Sydney in Australia. She had put onto Cape Town on May 25th 1900, before continuing her voyage in the teeth of a north west gale.

The Kakapo sunk in the Dunes.Stephen Goodson.

The Kakapo sunk in the Dunes.Stephen Goodson.

As she rounded Hout Bay the gale became so ferocious that it pushed the Kakapo towards the southern end of Chapmans bay. The Captain then mistook Chapmans Peak for Cape Point and by the time he realized his mistake the Kakapo had driven ashore on Noordhoek Beach.

Thankfully no lives were lost as the crew of twenty managed to scramble ashore. All attempts to pull the stricken vessel off the sandy beach failed and she was scrapped where she lay, some of her metal plates being used by the railways industry.

Another view of the wreck. Stephen Goodson.

Another view of the wreck. Stephen Goodson.

Today all that is left of the Kakapo are its boilers and what is left of her hull poking up through the sand as a stark reminder of the treachery of the sea.

Directions to the Wreck.

Directions to the Wreck.

The drive from Houts Bay, which incidentally is a great place to stop for a bite to eat, around Chapmans Peak, and down to the beach where the Kakapo lies, is one of the ‘great’ scenic drives. The road clings to the side of the Peak and the views are truly awe inspiring. The beach is easily found, and what a great beach it is. Perfect for horse riding, kite flying, and of course, looking at wrecks.

South Africa Shipwreck Trail

  • Map of Shipwreck Trail
  • Athens
  • Antipolis and Romelia
  • Kakapo
  • Thomas.T.Tucker
  • Nolloth
  • Phyllisia
  • Clan Stuart
  • Birkenhead
  • Cape Agullas
  • Arniston
  • Bredasdorp Shipwreck Museam

Clan Stuart

The Clan Stuart was built on the turret deck principle, which was designed to over come the restrictions of the Suez Canal. By building the sides of the ship about ten feet higher, it meant that the vessel would have a much larger carrying capacity. However in any sort of swell it made the ship roll in a most frightening manner.

The Clan Stuart arrived in Simond’s Town on the 21 November 1914 from St. Helena and anchored in the Bay.The weather soon deteriorated, and a severe south east gale blew up which caused the Clan Stuart to drag her anchor.

The Clan Stuart aground.

The Clan Stuart aground.

Unable to put another down ,or to get the existing anchor to hold fast, she was gradually driven towards the shore where she eventually ran aground.

The Clan line directors were confident of getting her off and soon Captain Barnes of the Glasgow Salvage Company arrived with all his salvage gear. All his efforts were hampered by bad weather, and although he managed to stop most of the leaks, a heavy swell had set in which seriously damaged the ship, and undid all his work.

Only the cylinder tops remain.

Only the cylinder tops remain.

The crew had been on board now for four months, and in the light of the circumstances the salvor’s advised the owners to abandon the ship. They were reluctant to do this and proposed one last effort. A wooden coffer dam was built around the damaged plates.

Unfortunately when the vessel was refloated the wooden coffer dam collapsed and the engine room flooded. The ship was lost and abandoned to its fate.

The 'jackass' or Cape penguins.

The ‘jackass’ or Cape penguins.

Today all that is left to see are the cylinder tops lying about 50 yards offshore.

While you are here pop along to ‘ Boulders ‘ and see the famous jack ass penguins.

Welcome.

Welcome.

South Africa Shipwreck Trail

  • Map of Shipwreck Trail
  • Athens
  • Antipolis and Romelia
  • Kakapo
  • Thomas.T.Tucker
  • Nolloth
  • Phyllisia
  • Clan Stuart
  • Birkenhead
  • Cape Agullas
  • Arniston
  • Bredasdorp Shipwreck Museam

Cape Agullas

The southern most tip of Africa is at Cape Agullas, and not as many people believe, Cape Point. The official position of the ‘Tip’ is 34 49′ 58" south , and 20 001′ 12" east. This puts the actual position about 1 km west of the Cape Agullas Lighthouse where it is marked with a simple cairn errected in 1986.

The Cape Agullas Lighthouse.

The Cape Agullas Lighthouse.

At the end of the 15 th century, the Portugese sailors christened the Cape ‘ Cabo das Agullas ‘ which means the Cape of needles. They called it this because here, a compass needle shows almost no deviation between True North and Magnectic North. In those days of privitive navagation insruments, this factor alone must have been the cause of many shipwrecks.

The Meisho Maru 38.

The Meisho Maru 38.

Cape Agullas is also where the two oceans, Indian and Atlantic meet, with the warm Agullas current coming up from Mozambique in the Indian Ocean, joining the cold Benbecula current swirling in from the Atlantic.

Cape Agullas

Cape Agullas

It is a wild and desolate streach of coast, swept by fierce winds and blanketing fogs, but it has a compelling kind of stark beauty. If you come here, you will almost certainly want to go back

Dominating the skyline is the Cape Agullas Lighthouse built in 1848 and the second oldest working lighthouse in South Africa. Today it houses a museam which gives a graphic account of all the different lighthouses in South Africa. About 4 km to the west of the lighthouse you can see the remains of the Meisho Maru 38, a Japanese fishing vessel wrecked in 1982.

Directions to Cape Agullas.

Directions to Cape Agullas.

If you climb to the top of the lighthouse( 71 steps) you will be treated to a breathtaking panoramic view of what is the Southern most Tip of Africa.

South Africa Shipwreck Trail

  • Map of Shipwreck Trail
  • Athens
  • Antipolis and Romelia
  • Kakapo
  • Thomas.T.Tucker
  • Nolloth
  • Phyllisia
  • Clan Stuart
  • Birkenhead
  • Cape Agullas
  • Arniston
  • Bredasdorp Shipwreck Museam

Bredasdorp Shipwreck Museam

No visit to this part of the coast should miss the opportunity to visit this museam, which is the only one of its kind in South Africa. Situated in Independence Street, the museam building was once an Anglican Rectory built in 1838. What is now the Shipwreck hall was built in 1864.

Apparently the money for the building ran out when they got to the roof. A prayer meeting was held and the Lord asked to provide. Shortly afterwards, so the story goes, the English sailing ship Ethelhedra ran on to the rocks and broke up, her timbers being washed ashore, where they were used to complete the building.

An unknown figure head.

An unknown figure head.

The museam houses a good collection of exhibit, including cannons, carronades, ships figureheads, and many other pieces of furniture and other artifacts salvaged from the many ships lost along this part of the coast.

There is a whole section devoted to the Arniston with many interesting artifacts and pieces of jewelry from the wreck which was excavated in 1982 by the University of Cape Town, and later declared a National Monument.

Incidentally, although the wreck lies in 30 feet of water, a wooden section of the port side lies on the shore opposite the memorial. Although it is normally covered by sand it does sometimes become exposed after a strong southeast storm.

Baptismal font from the ' Queen of the Thames ' a luxury passenger liner wrecked near Ryspunt, near Arniston in 1871

Baptismal font from the ‘ Queen of the Thames ‘ a luxury passenger liner wrecked near Ryspunt, near Arniston in 1871

Another very interesting wreck is that of the Nicobar, a Danish ship wrecked at Quoin Point in 1783. The Museam has an exhibit of the Swedish Cob coins found on her. These are a strange square ,or oblong shape, and the museam sells replicas of them in a nice presentation pack.

This binnacle is also from the ' Queen of the Thames'

This binnacle is also from the ‘ Queen of the Thames’

The staff at the museam are extremely helpful and they have loads of maps and other mementos like the Birkenhead plaque for sail. They also have a great selection of wreck photos. They don’t sell them yet, but I think they will in the future.

This porcelain washbasin came from the ' Sceptre ' which ran onto the rocks near Struisbaai in May 1925.

This porcelain washbasin came from the ‘ Sceptre ‘ which ran onto the rocks near Struisbaai in May 1925.

Breadersdorp is a funny old fashioned sort of place, but very nice. There are lots of little coffee shops and the wholeplace bustles in a fifties kind of way. It is also called the Gateway to the Agullas, which is about 38 km down the R 319.

Directions to the Bredasdorp Shipwreck Museam.

Directions to the Bredasdorp Shipwreck Museam.

South Africa Shipwreck Trail

  • Map of Shipwreck Trail
  • Athens
  • Antipolis and Romelia
  • Kakapo
  • Thomas.T.Tucker
  • Nolloth
  • Phyllisia
  • Clan Stuart
  • Birkenhead
  • Cape Agullas
  • Arniston
  • Bredasdorp Shipwreck Museam

Birkenhead

The Birkenhead was an iron paddle steamer of 1400 tons, and was launched in December 1845. She was intended to be a warship for the Royal Navy, but later a poop deck was added and she was converted to a troop carrier capable of carrying five hundred men with all their equipment.

The tragic loss of the Birkenhead.

The tragic loss of the Birkenhead.

On a stormy day in January 1852, she left Cork in Southern Ireland to convey troop reinforcements to the Cape. At the time, England was engaged in the Kaffir War in South Africa, which had become a major drain on the British Army’s resources. In addition to the troops there were thirty one children, twenty five women, one hundred and twenty five crew, and various military and Naval Officers, in all making a total of six hundred and ninety three personnel. There was also supposed to be a shipment of gold valued at a quarter of a million pounds, which was to be used as payment for the troops serving in South Africa.

A good momento.

A good momento.

The Birkenhead made an uneventful passage to Simonstown where she took on fresh supplies of water, food, coal and also loaded aboard horses for the Army officers. On February 25th, with her decks crowded with horses and bales of hay, the Birkenhead sailed for her final destination of Port Elizabeth. She was making good progress in calm weather, when in the early morning, she suddenly shuddered to a halt with a terrifying crash. The Birkenhead had become hopelessly impaled on an uncharted rock. Twenty feet either way and she would have been safe, but now her hull was ripped open just behind the foremast, opening up her engine room to the sea and exposing her forpeak.

 Captain Salmond.

Captain Salmond.

Many of the soldiers in the lower troop deck were drowned while they slept. As confusion reigned throughout the ship, its master, Captain Salmond, made what turned out to be a fatal error. Under the impression that his ship was about to break up on the rocks, he gave the order to go astern. The ship was torn right open, and water flooded in in torrents. As the Birkenhead writhed in her death throes it became obvious that the ship would have to be abandoned. The horses were blindfolded and pushed into the sea, where they were immediately attacked by swarms of sharks which hacked the poor horses to bits. Of the eight lifeboats on board only three could be lowered successfully , and soon two soldiers were assisting the women and children into the boats. Lt. Colonel Seton stood with his sword drawn in case any of the troops tried to rush the boats. His stance was completely un- necessary as not one of the soldiers or sailors attempted to get into the boats aside from those ordered to man the lifeboats oars.

The Birkenhead Memorial.

The Birkenhead Memorial.

As the ship continued to sink, many of the troops manned the pumps to try and slow the inrush of water, while the rest , under Lt. Colonel Seton’s command stood quietly on the deck. Captain Salmond climbed up what was left of the mast and implored the rest of the troops to ” save themselves as it was their only hope of salvation".

Lt. Colonel Seton.

Lt. Colonel Seton.

Lt. Colonel Seton stood before his men and begged them to stand fast as any attempt to save themselves would only mean certain death for the women and children. The ranks of troops stood fast. Not one man tried to save himself. As if on cue the Birkenhead gave an almighty shudder, and then the sea started to wash right over the deck. Still the soldiers and sailors stood firm, heads held high, as they prepared themselves to make their final sacrifice. Throughout this tragic event the courage and self discipline that these men showed was to be forever recorded in history, and became known as the Birkenhead Drill.

The 'Birkenhead' drill.

The ‘Birkenhead’ drill.

In the end it took just twenty minutes for the Birkenhead to sink, leaving just the mast to mark her passing. The sea around the ship was littered with debris, and the bodies of those that had jumped into the water as the ship sank, were now calling out to the three lifeboats that had managed to stay afloat. Since these were crammed full of women and children there was nothing they could do but pull slowly for the shore surrounded by pieces of flesh and parts of limbs, all that remained of the sharks terrifying work.

Auction Flyer.

Auction Flyer.

Towards noon the following day , the schooner Lioness picked up the survivors in two of the boats in addition to at least forty men that she had found earlier still clinging to the Birkenhead’s mast. In all she managed to save one hundred and sixteen men, women, and children. Sixty eight men survived by hanging on grimly to the ships wreckage and were washed up on the beach, and the third lifeboat managed to round Cape Hangklip and finally beached at the mouth of the Bot River where they were given food and shelter by some local fishermen.

Out of the six hundred and ninety three people on board, four hundred and thirty eight lost their lives.

Relics

Relics

So what of the gold? Well there is still some dispute as to wheather she was carrying any at all. In any event the wreck lies in only thirty feet of water and there has been numerous attemps to find it. So far nobody is admitting to finding any.

Directions to the Wreck.

Directions to the Wreck.

The easiest way to find the Birkenhead is to drive to Gansbaai, then take the dirt road marked Danger Point. It can be a bit of a bumpy ride and if there is somebody in front of you it is like driving in a dust storm.

The road eventually ends at the Lighthouse which has the memorial plaque on it. On the point itself is a stone information notice with a groove on it. Line this groove up with the notch in the rocks as directed by the board and you will be looking right at the point where the Birkenhead sank.

The Birkenhead Groove.

The Birkenhead Groove.

If you get lost, go into Gansbaai and go to the local tourist information office. I had too, since I drove past the sign to Danger Point twice. They are very helpfull and extremely proud of their wreck and will give you a information leaflet with all the Birkenhead’s details.

Book Cover

Book Cover

Incidentally, when I came back to the U.K. I was browsing in a secondhand bookshop when I came upon this book. Its long out of print, but you might have some luck yourself. Its a good read and I have taken the liberty of using some of the photos.

The Unfortunate Ship is by J.Lennox Kerr, and was published by George.G.Harrap and Co.Ltd in 1960.

Amazed at how good it is.

Amazed at how good it is.

The Birkenhead Brewery
In the memory of this famous boat HMS Birkenhead, a brewery called Birkenhead Estate was established in 1998. With its many developments, the vision was to make this the first Beer, Wine & Water producing estate in the Southern Hemisphere. Nestled at the foot of the Kleinrivier mountains near Stanford, the surrounding scenery is enough to take your breath away. Fine food, water and beer are made to serve to perfection. 6 beers are available for tasting including – Black Snake, Honey Blonde, Old English Bitter, Premium Lager, Lite Lager and Red Reloaded Lager. This is a great place to visit and has a wonderful bar full of paintings of the disaster. Outside is a great patio area where you can gaze at a truly stunning view of the mountains whilst having a sip of your favourite beer. The brewery is only about 24 Km from Hermanus,so it’s an easy day trip.


View Larger Map

All the world's a stage. I'll drink to that.

All the world’s a stage. I’ll drink to that.

South Africa Shipwreck Trail

  • Map of Shipwreck Trail
  • Athens
  • Antipolis and Romelia
  • Kakapo
  • Thomas.T.Tucker
  • Nolloth
  • Phyllisia
  • Clan Stuart
  • Birkenhead
  • Cape Agullas
  • Arniston
  • Bredasdorp Shipwreck Museam

Athens

Built in 1856, the Athens, a vessel of 739 tons was later purchased by the Union Steam Ship Company from the Liverpool firm of Schillizzi in 1858. For six years she led an uneventful life running a regular Mail service from Southampton to the Cape.

The Athens.

The Athens.

On May 16th 1865 the Athens was lying in Table Bay. The weather was atrocious, and out of the twenty eight vessels anchored in the Bay that day seventeen were to be lost in the storm that followed. As night fell the gale increased, and the Athens’s anchor cable parted. Her Captain, David Smith, however did not panic but managed to get the ship underway and tried to get her out to the open sea.

Sketch of the scene.

Sketch of the scene.

The vessel managed to round Mouille Point but was continually deluged by mountainous sea’s which eventually smashed through the skylight of her engine room and drowned the boiler fires.

Captain David Smith.

Captain David Smith.

Now helpless the Athens was driven onto the rocks between Mouille Point and Green Point. Although she was only a short distance from those would be rescuers that now lined the shore, it was not possible for them to give any aid, except to light flares to guide any one who tried to get ashore, or any one who tried to effect a rescue. None did.

The remains still show at low water.

The remains still show at low water.

By morning it was apparent that all twenty nine souls on board had perished. The only survivor was a pig, which much to its surprise was washed up safe and sound on the beach. It was later found that the lighthouse had no rescue gear at all, not even some rope or lanterns. Today the last remains of the Athens can still be seen sticking out of the water at Mouille Point.

Directions to the Wreck.

Directions to the Wreck.

Stroll along the sea front through Sea Point, and you will see in front of you the Mouille Point Lighthouse. Carry on about a hundred yards towards the Victoria and Alfred complex ( its one of her sons ) and you will see the remains of the Athens sticking out of the water. The Island that you see in the distance is Robben Island where Nelson Mandela was incarcerated. You can visit the jail now by boat from the V&A and be shown around by ex inmates. Well worth the time.

The Mouille Point Lighthouse.

The Mouille Point Lighthouse.

South Africa Shipwreck Trail

  • Map of Shipwreck Trail
  • Athens
  • Antipolis and Romelia
  • Kakapo
  • Thomas.T.Tucker
  • Nolloth
  • Phyllisia
  • Clan Stuart
  • Birkenhead
  • Cape Agullas
  • Arniston
  • Bredasdorp Shipwreck Museam

Arniston

The Arniston, a British East Indiaman, was owned by Borradailes of London, and had made eight successful voyages to China and India. In 1813 she was requisitioned by the Admiralty for service as a troopship.The Arniston had been built in 1794 at the barnard Yard on the Thames, and was the equivalent of a Royal Navy fourth rate ship of the line and carried fifty eight guns.

Model of Arniston in Hotel.

Model of Arniston in Hotel.

On her fateful voyage she was homeward bound from Celon under the command of Captain George Simpson. Among her 378 passengers were 14 women, 25 children, Lord and Lady Molesworth, and many invalid soldiers and sailors returning from India.

The Arniston Hotel.

The Arniston Hotel.

The Arniston sailed at the beginning of April in company with six other Indiamen and an escort of H.M.S. Africaine. About the 26th of May she parted company with the convoy because most of her sails had been blown away due to bad weather. However three days later land was sighted a very long way off, and Captain Simpson unfortunately mistook it for Table Bay. Actually he was off the Agullas.The Arniston tried to beat against the wind and strong currents that were dragging her towards the land, but soon the breakers were plain to see crashing on a hostile shore.

The Arniston Memorial.

The Arniston Memorial.

All attempts to get some sea room failed and in the end three anchors were dropped to try and stem the ships onward rush. Two of the cables parted almost immediately, and the situation became so desperate that the Captain decided that his only hope of saving any lives was to try and run the ship ashore before night fell.

The sad text on the memorial, says it all.

The sad text on the memorial, says it all.

He cut the last remaining anchor warp and the ship hurtled towards the waiting Agullas Reef, where it struck with incredible force and immediately started to break up, and was a total wreck by midnight.

The beach where the survivors staggered ashore.

The beach where the survivors staggered ashore.

Only six men survived survived the disaster by clinging to planks of wood which were washed ashore in the huge surf. 350 poor souls perished, their bodies being thrown upon the beach the next day along side the smashed up wreckage of the Arniston. The six survivors, still convinced that they were near Table Bay, set of along the beach. Four days later they realized their mistake and staggered back along the beach and returned to the scene of the shipwreck. They managed to stay alive by eating shellfish and salvaging what they could from the ships supplies that by now littered the shore. On June 14th they were discovered by a farmers son who took them to his fathers farm where they were looked after and rested before finally continuing on to Cape Town.

Directions to the Wreck.

Directions to the Wreck.

Arniston was originally called Waenhuiskrans, (Waggon house cliff ) but changed its name after the wrecking, as it attracted so many visitors.

It is a very small village, but set in beautiful coastal location. The Arniston Hotel is right on the front and well worth a visit, as it is very comfortable and welcoming. The memorial is set on a bluff about one hundred yards from the hotel, so its very easy to find.

Inside the Hotel is a fine model of the Arniston and a large amount of information, including some small items salvaged from the wreck.

South Africa Shipwreck Trail

  • Map of Shipwreck Trail
  • Athens
  • Antipolis and Romelia
  • Kakapo
  • Thomas.T.Tucker
  • Nolloth
  • Phyllisia
  • Clan Stuart
  • Birkenhead
  • Cape Agullas
  • Arniston
  • Bredasdorp Shipwreck Museam

Antipolis and Romelia

In July 1977, these two derelict tankers were under tow by the small Japanese tug the Kiyo Maru 2, on their way from Greece to the scrapyards in the Far East. The tug made an unscheduled stop in Abijan ( North Africa ) because of some minor engine trouble, but all then went well untill the convoy approached Table Bay in the teeth of a North Westerly gale. The Port Captain at Cape Town advised them not to enter Table Bay as he thought the weather was worsening and he was worried that the two tankers would not have enough sea room.

The wreck of the Antipolis.

The wreck of the Antipolis.

Durring the afternoon, as the tug approached Robben Island with the gale now blowing harder than ever, the rope between the Antipolis and the tug snagged on the sea bed. All attempts to free it failed, and whilst the crew was busy with that task, the Romelia surged ahead of the tug taking its tow rope underneath the tugs hull.

Fearing for his props, the Tug Master could only watch in horror as the Antipolis finally broke her tow rope and became cast adrift. Meanwhile the tug was still firmly anchored to the bottom and the Captain had to order the crew to cut through the towing hawser with a gas torch so as to release his tug.

The Romelia aground with the tug alongside.

The Romelia aground with the tug alongside.

 

Whilst all this was going on, the Romelia then parted her tow rope and happily sped towards the waiting shore. The Antipolis ended up driven ashore by fifty knot winds at Oudekraal on the Cape Peninsula, and the Romelia was cast ashore on Sunset Rocks, in the pretty Llandudno Bay a few hundred yards away.She finally broke her back and sunk in two halves.

Today the skeleton of the Antipolis can still be clearly seen at low tide and has become a very popular shore dive.The Romelia broke up quite a bit more ,but even now you can see her rusting stern section silhouetted against the skyline still held fast on Sunset Rocks.

Directions to the Wreck

Map

Map

Drive out of Cape Town towards Hout Bay along the coastal, Victoria highway (M6). It is a stunning drive past the pretty beaches of Clifton and Camps Bay.

Mid way between Bakoven and Llandudno is Oudekraal where there is a large lay by, with an information plaque telling you that it is here that the wreck of the Antipolis lies. At the week end there are scores of cars containing divers and their equipiment, because the wreck is a very popular shore dive.

Just showing at low tide.

Just showing at low tide.

You can see the remains of the wreck quite clearly, its bow ribs are almost on the shore, and a bit further out, a boiler shows at low tide.

Another view from the top of Table Mountain taken in 1978 by Stan Cooke.

Another view from the top of Table Mountain taken in 1978 by Stan Cooke.

Just a little further along is the beautiful village of Llandudno nestling in its own tiny bay. it is a very steep drive down, and if you want to see the sunset over Sunset rocks, then the lay by just at the top gives a superb view. The stern of the Romelia is just visible at low tide. But it is the wonderful red glow on the rocks that really takes the eye.

Romelia on Sunset Rocks.

Romelia on Sunset Rocks.

After the sunset, go back to Camps Bay and have a smashing fish meal in one of the many lively bars or restaurants, and watch the last of the sun sparking off Table Mountain.

A great day out.

South Africa Shipwreck Trail

  • Map of Shipwreck Trail
  • Athens
  • Antipolis and Romelia
  • Kakapo
  • Thomas.T.Tucker
  • Nolloth
  • Phyllisia
  • Clan Stuart
  • Birkenhead
  • Cape Agullas
  • Arniston
  • Bredasdorp Shipwreck Museam

The Vasa

I first saw the Vasa twenty years ago. I had heard of her many years before that, and so when I was on a business trip to Sweden I made a six hundred mile detour to see her. Then she was in a temporary museum and I wrote the following article for Sub Aqua Scene. Since then she has been moved to her permanent home, the other side of Stockholm, nearer to the centre, where she is displayed with all her artefacts and cannons. Over 750,000 people visit her each year. The inside of the museum is very dark, and you have to go through air tight doors which control the humidity. The Vasa is there in all her glory, but to my mind she has lost some of the impact that she had in the old place, when it was still a bit rough and ready and not so many concessions had been made to the tourist trade.

Floating to her new home.

Floating to her new home.

This feeling soon fades however as you walk around her. She is a fantastic ship, and the Swede’s have done a tremendous job of preserving her. She is supposed to be the largest relic ever recovered and preserved, but that’s not her claim to fame. Her main claim, in my view, is that she just is. By just being there she justifies all that effort and money, because she is a thing of wonder. Don’t ever think that marine archaeology is boring and meaningless. A lot of people, it seems to me, try to make it so, but the Vasa defies all that. She is a genuine time capsule, and we are all the richer for it.

The Article: Sunday August 10 1628, a beautiful sunny day and the crowds gathering on the small islands that surround Stockholm harbour were in festive mood, for they had come to see the maiden voyage of the Navy’s latest and most powerful fighting ship, Wasa. As the magnificent new ship left the quay, the crew and their families who had been allowed on board for the big day waved and cheered excitedly. Sails were unfurled, and as the ship gathered way the brilliant sunshine reflected off the exquisite gold leaf that had been used extensively on the great carvings that adorned the Vasa’s stern-castle. As her guns fired the Swedish national Salute, she looked every inch the power and glory of Sweden’s great naval ambitions. Only ten minutes later those ambitions were mere dreams as the Vasa, caught in a great gust of wind, heeled over, and with water pouring in through her open gun-ports turned right over and with all sails set, her flag still flying, sank swiftly to the bottom. After only fifteen hundred yards the Vasa’s maiden voyage was over. Thankfully most of the crew and their families were rescued by the multitude of small boats gathered to watch the spectacle.

The day the Vasa arrived.

The day the Vasa arrived.

In the aftermath of the disaster the contractors and builders immediately started blaming each other, secure in the knowledge that the evidence was now safe in over one hundred and fifteen feet of dark cold water. Still the Navy Board after conducting enquiries soon realised that bad design was the main fault. The Vasa had too little beam for her length, too much top hamper, and most damaging of all, not enough ballast. Within three days of the Vasa sinking, an Englishman called Ian Buller had arrived to try and salvage her. With the Vasa lying on her side in the mud, conditions to say the least were very difficult and in the end Buller had to give it up. However he did manage to get the Vasa into an upright position. How on earth he managed this nobody is quite sure, but by doing so he undoubtedly contributed to the successful lifting of the Wasa over three hundred years later.

The spraying continued night and day.

The spraying continued night and day.

Nothing else much happened to the Vasa until 1653 when two Swede’s, Hans Albrecht von Treileben and Andreas Peckell managed to recover over fifty of the Vasa’s bronze cannon using a primitive diving bell. They also had a form of wetsuit made of leather to keep them warm, and seeing that each cannon weighed over one and a half tons and took hours of painstaking work to locate, they would really have needed them to help bring off this remarkable feat of salvage. After that however people lost interest, and the Vasa became a forgotten ship, forgotten that is until 1956 when Anders Franzen, a man dedicated to finding the warship, finally succeeded after a long and systematic search, with of all things a specially made core sampler. He didn’t dive, and anyway the mud was far to thick to see anything, so he thought that if he dropped his special core sampler in the area where he thought the Vasa was, he should come up with a bit of timber. It sounds ridiculous doesn’t it? But in August 1956 it delivered the goods, and overnight Frazen became internationally famous.

Some of her stern decoration.

Some of her stern decoration.

Not content with finding the ship, he was now determined to get it up as well, and soon he had persuaded all sorts of people from King Olaf of Sweden, to Neptune, a huge salvage firm, that his ideas were a real possibility. Once again he was proved right, but even he was flabbergasted by the results. You see the Vasa was to all intents and purposes intact, completely in one piece. All that was missing were her masts, which had broken off when she had turned over and sunk. When the Vasa finally hit the surface after three hundred and thirty years on the bottom it was the most magnificent sight that any ‘shipwrecker’ could possibly hope to see, and Frazen was triumphant.

Inside the new museum.

Inside the new museum.

Today the Vasa stands on a floating pontoon covered with an aluminium shell, and is part of Sweden’s National Maritime Museum. Although the raising of the Wasa had been an incredibly long and arduous task, the marine archaeologists soon realised that her preservation was going to be even harder. There were no experts, and no information on how to do it, as nobody had ever tried anything like it before. Still they had to do something. There was over thirty two thousand cubic feet of timber, most of it oak, and if they allowed it to dry out it would shrink to less than half its size, cracking the hull to pieces. There were also the more ‘minor’ problems concerning the restoration of over a thousand wooden carvings that had adorned the ship, and some twelve thousand individual items showing what life had been like aboard the ship. The problem was solved by using a substance called Polyglycol (P.E.G.).

Stern view of her fantastic carvings.

Stern view of her fantastic carvings.

This penetrated into the timbers and stabilized its dimensions. Even so, in the first year (1962) over ninety tons of P.E.G. was sprayed onto the Vasa, and difficulties were discovered in the drying process. In the end the ship was sprayed day and night for the next ten years, until finally it could absorb no more of the P.E.G. solution. In 1972, a two-year after phase treatment commenced, but by then the scientists had realised that it would probably take another twenty years for the timbers to finally dry and properly condition.

Going towards the poop deck.

Going towards the poop deck.

Now to me most Museums are dull unimaginative places, and it was more in hope than expectation that I went to see the Vasa on a recent trip to Sweden. The Museum outside is a drab windswept place looking somewhat like a disused aircraft hangar, but when you walk inside you don’t notice the bare surroundings because the Vasa takes your breath away. It almost fills its temporary home, and all around it is wooden and steel scaffolding that allows you to see the ship from every angle, both above and below. As you wander about looking and touching this three hundred year old relic of a bygone age, you can see why it has been on show. The Vasa has not been tarted up for the tourists; in fact she looks rather as if she is in a dry dock awaiting some minor repairs. All the original carvings have been put back, but the Museum decided to leave them and the ship in its natural colour, a sort of grey brown.

 

In order to show the vivid colours, they made copies of the carvings, especially the enormous stern-castle set pieces, and then painted them in their original colours. They have not done all of them yet, but the ones that are finished hang on the walls and are absolutely stunning. But it is the Vasa that is undeniably the star. She is so much bigger than you expect, and so well preserved that she looks almost ready to sail away. The smells and colouring that the P.E.G. have left in the wood, combined with the dim lighting (its all controlled for humidity) give the ship an almost magical ghostly quality, the sort of feeling that you sometimes get in great cathedrals. In a way I suppose that’s what this building has become, a cathedral that houses not only the last remains of a once great Naval power, but it also seems to symbolise to the Swedish their fervent national pride. Look at me the Vasa seems to say, for I was the Power and the Glory.

The Edwin Fox

The Edwin Fox was built as a full rigged sailing ship by Thomas Reeves at Sulkeah, in the Bengal Province of India in 1853. She was the last ship built for East India Company, and was named for Edwin Fox a convenor in a financial company affiliated to the East India Company. He was also, and probably more importantly, related to Charles Fox the eminent politician. The Edwin Fox was just over 144ft on the waterline, had a beam of nearly thirty feet, with a gross tonnage of 747 tons. She was built with no expense spared, of massive planks of teak and saul. However she never sailed under the East India Company flag as her builder took her to England on her maiden voyage with a cargo of tea.

The Edwin Fox.

The Edwin Fox.

Once in England he sold her to Sir George Hodgkinson who kept her less than a year before he sold her at a hotly contested auction for ?0,000 to Duncan Dunbar, one of the most celebrated ship owners of the day. The Crimean War had just broken out a year before and Dunbar immediately chartered the Edwin Fox to the British Government as a troop transport. This employment lasted until the fall of Sebastopol, where upon she was discharged from service, having made Duncan Dunbar a fortune. Between 1855 and 1858 the Edwin Fox made three trips to India carrying pale ale, and tea back to England.

Under cover today.

Under cover today.

Later that year the Government again chartered the ship, not for troops this time, but for convicts. Two hundred and eighty males guilty of so-called political crimes were transported to Fremantle in Western Australia. They were caged like animals in the holds and had to endure a dreadful voyage of eighty-nine days before the ship finally touched land. Between 1858 and 1862 the records are a bit sketchy but she did become stranded near madras on India’s east coast and only managed to get off by jettison all her cargo including 446 hogsheads of beer. In 1862, Duncan Dunbar died, and the ship was sold to Messrs. Gallatly, Hankey and Company of London. After making five voyages to Australian ports she had her sailing rig changed to that of a Barque.

Still with her copper bottom.

Still with her copper bottom.

This meant fewer crew and less maintenance. In 1873 the Edwin Fox was charted by the Shaw Saville and Albion Line for use as an immigrant ship. Her first voyage from London to Lyttelton in New Zealand took 114 days and the ship was lucky to get there. When the ship sailed out of London the crew managed to breach a cargo of spirits and got roaring drunk. A violent gale sprang up and the ship developed a severe leak, which the crew were unable to stem because they were all still blind drunk, so the passengers had to man the pumps to keep the ship afloat. To make maters worse the ships doctor was impaled by a metal rod and died, as did a seaman helping to secure a lifeboat. In the end the Edwin Fox, was sighted by the American steamer Copernicus. She came along side and her Captain implored the passengers to jump to safety. When some of the crew tried to get in first he threatened to shot the lot of them. In the end the Edwin Fox was towed safely into Brest. All the crew were arrested and sent home in chains to receive six months hard labour.

Inside the hull which is in remarkable shape

It took six weeks to repair all the damage before the ship could resume her voyage, and for the passengers things went from bad to worse. The cramped and unhealthy conditions on board combined with the lack of a proper diet led to an outbreak of Scarlet Fever, which killed four people. One more died of consumption, and a child died from thrush. When the ship finally arrived in New Zealand waters she was forced to spend two weeks of Lyttleton Heads because of high seas and when they abated they were refused permission to land because of the fever. Finally after ten days of quarantine on Ripa Island, the passengers were able to disembark on 9th July.

Monkey blocks.

Monkey blocks.

Her second voyage was almost as eventful. After leaving London on the 23rd of December 1873, the Edwin Fox got caught out in a storm and had to run for shelter in the lee of The Downs near Dover. As she was bedding her anchor in she collided with the schooner Westward Ho sinking her. Luckily all the crew were picked up by other boats but the Edwin Fox lost her jib boom and an anchor. Before she could get the spare anchor ready she drifted onto the rocks near Deal. The Ramsgate Lifeboat was called and managed to remove all the passengers. In the morning the storm had abated and the Edwin Fox was re-floated. She had no serious damage to her hull and was towed back to London.

The hull needs a lot of work.

The hull needs a lot of work.

After she had been surveyed it was found that there was virtually no damage to her at all, a tribute to the sturdiness of her construction. She sailed once again for New Zealand on the 18 April with 225 passengers and arrived in Wellington with no further mishaps. Between 1874 and 1880 the Edwin Fox completed several other voyages but by now steam ships were starting to take the lions share of the passenger trade. By now she was starting to show her age and in the worldwide depression in the early 1880’s assisted immigration to New Zealand slowed to a trickle. A new lease of life came in the form of the frozen meat trade, the new revolution. Steam ships were expensive but frozen meat didn’t need to be quick. The Edwin Fox was kitted out with the necessary refrigeration kit salvaged from other damaged ships, including massive steam boilers mounted on the deck to provide the steam for the fridges. Her masts were reduced and she took on a most peculiar look. However she was efficient in producing profits for her owners, the Shaw Savill line. Were once 240 immigrants had travelled in much discomfort now 14,000 frozen sheep carcases could be shoehorned into the same space.

Basically a hulk.

Basically a hulk.

Four years later the Edwin Fox was towed to Llyttleton to have her boilers repaired. She was then used as a freezer for a shore based meat company at Gisbourne and then Bluff. By !897 she was in Picton being used as a freezer hulk, but by now her machinery was obsolete, so all of it was removed and the ship was then used as living accommodation for the employees of the Picton Meat Works. By 1905 she was berthed behind piles below the Freezer works. Everything of value was removed from her and holes were cut into her sides to allow tramlines to be put in place to carry coal out to the freezer boilers. After all her proud service The Edwin Fox was reduced to being a coal hulk. Over the following years the ship became more and more dilapidated, and finally she wasn’t fit to even be a coal hulk. Worse, she was now just a derelict hull getting in the way. By the 1950’s the Edwin Fox was gently rotting, alone and unloved, but her spirit stayed intact. In 1965 a restoration Committee was formed, which bought the ship for one shilling. Over the years much was done but there was never enough money and of course bureaucracy got in the way and delayed the restoration with demands for permits and approvals.

Floating free.

Floating free.

Finally in 1986 everything was ready to move the ship to her permanent berth the other side of the harbour.. A channel was dredged from her silted up mooring, and at last the Edwin Fox floated free for the first time in twenty years. A month of hectic activity by a small army of volunteers shovelled out the 400 tons of shingle ballast and gave the outside woodwork a coating of Stockholm tar. The Edwin Fox was then towed across the shipping lane to the eastern side of Picton harbour where she was fitted snugly into her new berth. In 1999 a roof was built over the ship. This was a huge benefit as rainwater causes all sorts of damage. The main hull of the ship is in great condition considering its age, because it was effectively preserved in the mud for twenty years. At the moment the Edwin Fox is ranked as the world’s ninth oldest ship by the World Ships Trust, but because there is so much of her which is still original (unlike our Victory, which over the years has been completely rebuilt) she might go up to third.

John Sullivan.

John Sullivan.

A project like this takes a ton of money and heaps of enthusiasm and it’s going to be years before all the dreams for the Edwin Fox are realised. When I visited the ship I was shown around by John Sullivan, who has worked on the ship for years. He, like the rest of the ‘staff’ were contagious in their enthusiasm, and his knowledge and obvious love of the vessel was a joy. I had a great time.

If you want to help with donations, or just find out more, these are the contacts

Email edwinfoxsoc@xtra.co.nz

PO box 89 Dunbar Wharf, Picton 7372, New Zealand

The Cattewater Wreck

Ever since Plymouth became established as a town in the 13th Century, the Cattewater has been a main anchorage. Indeed there is some evidence to suggest, that even before that, Mount Batten was a Celtic trading post. Over the years the anchorage has seen plenty of activity from pirates in the 15th Century using the Cattewater to strip and refurbish their prizes, to the Royal Air Force using the area to moor Sunderland flying boats, and later running their air sea rescue boats from the same location. In fact it was those same rescue boats that precipitated the finding of what was then one of the oldest shipwrecks in the country, and caused the formation of the Protection of Wrecks Act 1973.

The R.A.F. was undergoing a restructuring of their rescue fleet and needed bigger boats. Up till then, because the flying boats and the current rescue craft drew little water, the channel had only been dredged to a depth of around six metres. The new boats would need a deeper channel than that, so in the summer of 1973, the then Department of Environment, made arrangements to have the channel dredged. On the 20th June the work on the Anglo Dutch Bucket Dredger Holland XV11 was proceeding a pace when up came some timber wreckage. The site agent, a Mr. Broekhoven reported this to the D.O.E officer in charge of diving in the area, who decided that the wreckage was of historical interest and so the dredging was stopped, and the Receiver of Wreck was informed.

Diagram of one of the Guns.

Diagram of one of the Guns.

Over the next few weeks a series of dives were done which found fragments of what seemed to be a breech loading gun, and several pieces of glass and ceramic provisionally dated to the later half of the 18th Century. Deeper down however were more pieces of wood rather like Tudor floorboards. It was fairly certain that a very old vessel was down there somewhere, so the site was extensively plotted and discussion entered into with the D.O.E. as the channel still had to be dredged. It was decided to carry out a full site plan and remove any objects found into safe keeping, but a strict limit was put on the diving time. In the dives during August the keelson and a third gun were found but the team was frustrated in their efforts to completely define the boundary of the site as there was a great deal of old ballast in the shape of stone boulders of local stone and flint which was not local.

Diagram of one of the A mock up of one of the guns by A.Carpenter.

Diagram of one of the A mock up of one of the guns by A.Carpenter.

Ironically, the dumping of unwanted ballast was a real problem in the 16th and 17th Century’s, rather like fly tipping today, and although there were bye-laws to prevent it the dumping still continued. Also this was not the first time an archaeological site had been looked at in the Cattewater. In May 1886 a 90 ft Barque was found in the northern part of the harbour which was dated to the first part of the 17th Century, and a small cast iron swivel gun was also found. At the time it was assigned to the Civil War when the Royalists held the southern side of the Cattewater. If all that was there, then there is a strong possibility that a lot more is lying undisturbed on the bottom.

The dredging contract ended on the 21 August and the authorities became worried that all the divers in Plymouth would go and raid the site (although they later admitted that all the water users, including the various diving groups, had been most co-operative), so an order under the new Wreck Protection Act that had come into force in July was applied for and granted, making this the very first protected wreck in the U.K. The National Maritime Museum then applied for a licence to complete the survey. This was all finished by the end of 1974 and there the matter rested until further work could be carried out in conjunction with all the various bodies now involved. Far from (in my view) helping, the Wreck Protection Act seemed to cause a bit of paralysis whilst all involved interpreted what it meant, and the usual bureaucratic delays crept in. In the end it could not be excavated because the Government, who now owned the wreck said that excavation would cause damage to the remains.( didn’t stop them raising the Mary Rose) Still a notable effort by all concerned, in extremely trying conditions.

Ships Structure.

Ships Structure.

In 1976 the Underwater Research Group from the University of London carried out a four week project to survey the site and recover enough data to date the site. From 1976 to 1978 the U.W.G. received further funding from a group called Earth Watch and America non profit organization and continued with its work. Because the visibility was so bad, photography was not much use to them, and so none of the crew had much idea about the overall look of the boat, just the bits they happened to be working with. Basically nothing new was learned, but a lot of the technical problems were ironed out. The Group discovered that what remained of the wreck lay heeled over on one side. Various timbers were raised and stored in a tank in the Dockyard and then transferred to Bovisand Fort. Other frames were raised and stored at Mount Batten, but they somehow got lost. The dating of the ship and her sinking are all approximate as the data is still very sketchy.

The most likely date is anywhere between 1500 and 1550. The keelson is similar, though smaller than that of the Mary Rose, and the stratified pottery found around the site, probably from the ships ballast, is similar to cellar deposits found in London between 1495 and 1530. The best find was a leather purse pinned to a futtock in the hull. This seemed to be of Tudor pattern. The three swivel guns found were all the same make and of an early composite iron construction. They were considered to be obsolete by the 16th Century. So what have we got? Well a three masted ship of 2 to 300 tons burden in the first half of the 16th Century, with possible links to Holland and France. The ship is of international importance, as its one of the few ships of this period to remain unexcavated.

Site Plan.

Site Plan.

This is a crucial period in understanding the development of naval construction. The period between say 1480 and 1525, produced a revolution in naval design, because for the first time it seems that mathematics was applied to all parts of the construction and rigging. Because of the obsolete guns this could mean that she was pressed into service as an armed merchantman by a navy desperate to use all the vessels it could. To give this ship a name is much more difficult. It could be almost any ship, but not a ‘great ship’ as its name would have lived on (like the Coronation or the Mary Rose). A Portugese ship hit the German Rock in 1540, but old charts put this at the mouth of the Tamar, not in the Cattewater. Another contender is the St. James of the Groyne, which on 17th January 1494, lost all her rigging in a great storm and broke up on the shore. She was described as a ‘ship of great value’ and her size is certainly consistent with the externals and the guns of the Cattewater wreck, but there really is not enough to make even a tenuous identification. It could be one of the Dutch ships that were confiscated in 1597, one of which ran aground in the Cattewater, or the Roebuck in 1694 which was also wrecked whilst forming up for an expedition to the Western Isles under the Earl of Essex. You guess is as good as anybody else’s.

Meanwhile after years of neglect the hunt has started up again.(2006) Under a new mantra that all excavation is destruction, a new project leader Martin Read has brought in some hi tech equipment that he hopes with uncover the wrecks secrets without anyone getting wet or disturbing the wreck The Sub-bottom Profiler from East Germany sends sound waves a metre into the sea bed and sends back information which shows the layer of sea bed including the wreck. The Side scan sonar from Plymouth uses sound waves which reflect off of the top of the sea bed. The Magnetometer from France, which was experiencing problems, detects changes in the earth’s magnetism and would pick up metal work from the ship.

The equipment has been described by experts as “top of the range” and archaeologists travelled from around the country to watch it in action. The information needs to be processed further before any results can be found. But Mr Read said “The data we have got is interesting, it’s all quite exciting.” Once processed the information will be used to “re-imagine” the wreck, producing a plan of the site and 3D images of the remains of the vessel. I will be very interested to see that.

Most of this information comes from National Maritime Monographs and Reports No 13-1974. and the excellent book The Cattewater Wreck -M.Rednap National Maritime Museum. ISBN 0860542858

Small Arms

Many other types of projectile can also be found in large no’s. One of the most common is a 1″ (1lb) lead bullet. This round was fired from a “Sub calibre” aiming rifle tube that was fitted into the breech pieces of larger guns (6″, 9.2″, 15″, etc.) and would allow target shooting without the associated wear and tear on the gun if full calibre rounds were used.

(1lb) aiming tube rounds. These solid lead shot are so common that my weight belt is made from them. It is less common to find a complete round with cartridge case still attached. Possibly ditched overboard as a miss fire. They were still in production well into the 1930's.

(1lb) aiming tube rounds. These solid lead shot are so common that my weight belt is made from them. It is less common to find a complete round with cartridge case still attached. Possibly ditched overboard as a miss fire. They were still in production well into the 1930’s.
These rounds were developed from the earlier

These rounds were developed from the earlier “Nordenfelt machine gun” round. This gun was purchased in large no’s. by the Navy as a means of attacking an enemies deck and gun crews and also as an anti torpedo boat gun.
The machine gun round was a tubular

The machine gun round was a tubular “Brass envelope” containing a cast iron penetrator core. The brass would take the rifling and the cast iron body would penetrate up to about 2″ armour plating at approx. 300yds. range.
The gun was a contemporary of the better known American Gatling gun but did not suffer to anything like the extent that it did with jamming and round separation problems.

The gun was a contemporary of the better known American Gatling gun but did not suffer to anything like the extent that it did with jamming and round separation problems.
Nordenfelt rounds. More likely to be found like the bottom one, with cast iron core rotted away by seawater.

Nordenfelt rounds. More likely to be found like the bottom one, with cast iron core rotted away by seawater.
Cast iron core rotted away by seawater.

Cast iron core rotted away by seawater.

Many other rounds have been fired into the sea over the years and a selection of finds are shown below:-

20mm. Oerlikon. Fired from HMS Cambridge shore training base.

20mm. Oerlikon. Fired from HMS Cambridge shore training base.

 

0.50

0.50″ cal. Browning Machine gun round. This round is still in use in several guises, most notably the “Barratt” & AWF 50 sniper rifles, and, in IRA hands, has been responsible for the deaths of many soldiers serving in Northern Ireland
303; Lee Enfield bullets

303; Lee Enfield bullets
5.56mm. (0.22

5.56mm. (0.22″). The new Nato standard.
7.62mm. Self loading Rifle round. This used to be the old Nato standard.

7.62mm. Self loading Rifle round. This used to be the old Nato standard.
0.45 Martini Henry.

0.45 Martini Henry.


Extract from Bombs and Bullets DVD

Cannonballs

It is inevitable that Divers will find many types of “Artillery projectiles” and other types of ordnance when diving arround Plymouth. Over the centuries large numbers were fired out into the sea from the numerous shore batteries that line the edges of the Sound. Finds from the earliest times are typically “Roundshot” ( cannonballs) and mainly were fired from Staddon Point Battery and the early Picklecombe Fort.

Cleaned up solid round shot. Probably a 12lb and 32lb. Shot were measured by weight as a sphere will always contain the same amount of metal for a given diameter. A 32lb shot was approx 6.25

Cleaned up solid round shot. Probably a 12lb and 32lb. Shot were measured by weight as a sphere will always contain the same amount of metal for a given diameter. A 32lb shot was approx 6.25″ in diameter.

The guns had ranges out to about 2,000 yards and if an arc is drawn on a map of the Sound it will show where most shot are to be found.

Map showing Ranges.

Map showing Ranges.

These two forts below are the source of many of the “Cannonballs” that are found in the waters off Plymouth.

Picklecombe Fort circa 1849.

Picklecombe Fort circa 1849.
Staddon Fort and Bovisand Battery.

Staddon Fort and Bovisand Battery.

Due to chemical reaction with seawater, a “Concretion” up to about 2″ thick will form on “Cast Iron” objects and the carbon content of the metal itself gradually converts to a form of graphite. This will fall to dust if the projectile / cannonball is raised and dried out.

Roundshot found on seabed at low

Roundshot found on seabed at low “Spring tide” offshore from an old Gunnery range. Newer RML projectiles can be seen in background.

Sometimes you can find two small cannon balls joined by a metal bar. These are called Bar Shot and were very usefull in ripping sails, or chopping down masts. You can also find them joined with chain but these are very rare as the chain tends to rust away.

 

Bar Shot.

Bar Shot.

You can also find cannonballs with a wooden peg in them. These are full of ‘black powder’ and the wooden peg acted as a crude fuse.These were more properly called a ‘mortar’ and were fired at a ship or land battery, and exploded when it hit the side of the ship or fort.They were not very effective but there are quite a few to be found in shallow water. If dried out the ‘black powder’ will probably ignite, so its not one for putting by your fireplace.

The Brennan Torpedo

The Brennan torpedo, invented around 1876, was the very first wire guided torpedo, and was similar in appearance to the modern day type, save that instead of being circular in cross-section it was fish shaped. It was designed to run to run at a consistent depth of twelve feet underwater and had an indicator mast sticking up from the torpedo until it just broke the surface. At night this mast had a small light fitted which was only visible from the rear.

The only example of the Brennan Torpedo is on show at Chatham Dockyard.

The only example of the Brennan Torpedo is on show at Chatham Dockyard.

In the body of the torpedo, two steel drums were mounted, each carrying several miles of high tensile steel wire. The drums were connected through a differential gear to the twin in line propellers arranged to rotate in opposite directions. If one drum were rotated faster than the other then, although the propellers rotated at the same speed, the rudder was activated. The twin wires from the drums passed out through the tail shaft, small steel rings embracing the wires were paid out at intervals thus preventing the wires from separating. The other ends of the wires were connected to winding engines, either on a ship or (mostly) land base, and these twin winding gears were so arranged that their respective speeds could be varied within fine limits, thus providing sensitive control for steering the torpedo towards its target.

Various cross sections of the torpedo showing the workings.

Various cross sections of the torpedo showing the workings.
Various cross sections of the torpedo showing the workings.

Various cross sections of the torpedo showing the workings.
Various cross sections of the torpedo showing the workings.

Various cross sections of the torpedo showing the workings.
Various cross sections of the torpedo showing the workings.

Various cross sections of the torpedo showing the workings.

The torpedo attained a speed of 20 knots using a wire .04 inches in diameter but later this was changed to .07 inches to increase the speed to 27 knots. The torpedo was fitted with leading elevators controlled by a depth mechanism and with the fore and aft rudders operated by the differential between the drums. The method of operation was that the officer in charge would be either in an elevated position in the ship or, if on a land base, on a 40ft high telescopic steel tower, hydraulically extended. He was provided with a pair of binoculars on which was a keyboard from which he could control electrically the relative speeds of the twin winding engines. In this manner he was able to follow the track of the torpedo and steer it with a great degree of accuracy. In tests carried out by the Admiralty the operator was able to hit a floating fruit basket at 2000 yards and demonstrated the ability of the torpedo to turn through 180 degrees and so attack a ship from the off side.

Diagram of Torpedo.

Diagram of Torpedo.

The Admiralty, at first enthusiastic then took against the weapon and in 1884 told Brennan that they had no use ‘for a new way of destroying shipping’ However a few weeks later Brennan received a letter from the War Office stating that they had decided to adopt his torpedo as a means of harbour defence and he was invited to attend a meeting to place a value on his invention. Brennan, considerably out of pocket decided to accept ?40,000 as a quick fix to his financial worries but his able business partner J.R.Temperly took over the negotiations and demanded ?100,000.The War Office agreed to this, but said they would have to pay it over three years. Brennan accepted this, but Temperly demanded another ?10,000 for the delay and after a bit of wrangling the War Office agreed. Brennan was delighted and every year he would drive to the bank of England in a horse and cart and collect the equivalent of his fee in gold bars. The Brennan torpedo became standard harbour defence throughout the British Empire and was in use for more than fifteen years.

Louis Brennan:

Born in Castlebar, County Mayo in 1852, Brennan was still a small child when his family emigrated to Australia, where in due course he attended the College for Artisans in Melbourne.

Louis Brennan:

Louis Brennan:

Besides the torpedo he invented a gyroscopic monorail and a type of helicopter. In spite of his inventive genius and a charming personality his private life was tragic. He lost one of his two daughters in the flu epidemic that followed the First World War, his wife was mentally unbalanced, and his son had to give up a promising Army career for the same reason and died at an early age in an institution. Brennan was knocked down by a car in Switzerland in December 1931 and died a month later on 17th January 1932; he was 79 years of age.

Pier Cellars:

Pier Cellars dates from around 1560 when it was used for the storage and smoking of Pilchards. The small buildings above the Harbour have been used as a farmhouse, a grog shop and the local headquarters for the later detachments stationed there in the 1900’s. The cellars were requisitioned by the government in 1889 to house the newly developed Brennan torpedo. Each station had twelve torpedos and was manned by one officer, one mechanist, eight N.C.O.s and two engine drivers. The pier that was adjacent was used to land stores and munitions for the station.

Plan of Pier Cellars.

Plan of Pier Cellars.

The original engines were steam driven, and after the torpedos were taken out of service search lights were installed which were driven by a generator belonging to Hancocks the fairground owners. Three guns were installed in 1898 to the left of the house. These were a 12 pounder and two QF anti aircraft guns. Two searchlights were used to provide crossbeams to range the guns at night. The station was ‘tested’ in 1901 and 1902 when the lights were operated by a detachment of the Royal Engineers and the guns were manned by the 2nd Devon Volunteer Artillery.

Pier Cellars showing the sloping ramp used to launch the Torpedo.

Pier Cellars showing the sloping ramp used to launch the Torpedo.

The station was closed in 1906 as the policy changed from static torpedo bases to the torpedo boat destroyer. The stores and equipment were either returned to Chatham or scrapped on site. Although the station was all but closed the guns still remained. The pier was removed in 1914 as a precaution against the enemy using it as a landing place and the guns were finally taken away in 1920. During World War two the station was used for the development and testing of one and two man torpedos of the Welman Chariot type. Pier Cellars is currently used by the navy as an assault course and training base.

Brennan Torpedo: The History and…

This excellent book will tell you all you could wish to know about the torpedo.

Breach and Muzzle Loaders

In 1859 the French launched “La Gloire”. This armoured warship was developed using knowledge gained during the “Crimean War” when it was found that “Roundshot” fired from smoothbore cannon would bounce off the sides of “Armoured Ships” and cause no damage. Her appearance rendered all of our coastal defence forts, and our wooden walled warships, obsolete overnight.

La Gloire.

La Gloire.

This sparked an arms race the like of which had never been seen before, and whose effect is carried on to this day. Although explosive shells had been available for smoothbore cannon for many years, they were still spherical and had minimal penetrative effect. A pointed, cylindrical projectile was required, along with a much higher velocity when fired.

Armstrong

Armstrong” lead coated shell showing rifling marks engraved into lead from firing.

The earliest, successful guns and projectiles that fitted this bill were those produced by Sir Thomas Armstrong in the 1860’s. The guns were “Rifled” and the projectiles were lead coated to allow the rifling to grip and rotate the shell thus giving it greater accuracy and range. The lead coating also sealed the gap between the shell and the bore thus minimising the amount of “Windage” or “Blowpast” of gases and ensuring that more of the energy from the gunpowder’s explosion went into driving the projectile.

Replica

Replica “Armstrong” Breech loading gun at Crownhil fort showing the weakness inherent in its design with gases escaping from beneath the breech.

Also, because it was now cylindrical, much greater weight of impact could be concentrated on its target than was possible with spherical shot. There was a drawback with “Armstrong” guns, however, in that the metal technology of the day was not quite up to the mark, and there were many instances of the breeches of these guns blowing out and killing and maiming the gun crew. Also the lead coating was prone to stripping off on firing and the shell would become unbalanced and fly off in unpredictable directions.

“Armstrong” lead coated solid shot.

By the mid 1860’s guns reverted to being muzzle loaded. This was not the apparent retrograde step it first appeared. Gun manufacturing and casting techniques were better understood and weapons up to 17.25″ calibre could be made. Those around Plymouth ranged from a fairly small 2.5″ (7 & 9lb.) field gun up to 12″ or 13.5″ pieces. Most common size found is the 6″ (64lb) shell, but 9″ & 12″ are frequently seen as well.

6

6″ (64lb) RML shells

These guns were rifled with 3 or 5 or more coarse grooves, the shells carried a series of Copper / Bronze studs which rode in the grooves to impart rotation to the shell on firing.

7 & 9lb field gun RML shells

7 & 9lb field gun RML shells

Because the shell had to be a fairly loose fit in the guns bore to allow it to be loaded, a large copper disc was first placed on top of the powder charge before the shell was loaded.

Two types of Gas Check. The right hand one is, unusually, intact.

Two types of Gas Check. The right hand one is, unusually, intact.

This “Obturator” or “Gas check” would be forced onto sharp radial ribs on the rear of the shell on firing and through this grip would spin the shell to stabilise it in flight. These can sometimes be found but are usually badly damaged.

!2 inch R.M.L. on Drakes Island, Plymouth.

!2 inch R.M.L. on Drakes Island, Plymouth.

Largest RML ever produced were the 17.25″ (100 ton) weapons that were emplaced on Malta and Gibraltar. Only example now existing is on Malta at Fort Rinella.

17.25

17.25″ (100 ton) RML Gun and Emplacement.

RML Guns continued in use until approx. 1895-1900. Many old and obsolete smooth bore cannon given a new lease of life by having a “Rifled liner” inserted and expanded into place by firing a heavy “proof” charge. These were called “Palliser Conversions” an example of which can be seen at Dartmouth.

17.25

17.25″ (100 ton) RML shell.

By 1890’s technology allowed newer and better Breech Loading Guns to be manufactured. The shells for these guns were also fairly different in that instead of studs ( and the weakness they built into the shell body) they were fitted with a circular “Driving band” an inch or more up from the base of the shell. This again provided a gas seal and also provided the means to spin the shell in its passage up the guns barrel.

6

6″ breech loaded shot on seabed showing “Driving Band” and thickness of “Concretion” which has been partially removed.
6

6″ breech loaded shot on seabed showing “Driving Band” and thickness of “Concretion” which has been partially removed.

Base and Nose Fuses

The “Base Fuse, Impact” as shown below, was fitted into the base of a shell’s projectile. This served a two fold purpose,

A complete

A complete “Base Fuse”

1) to ensure a level of “Bore Safety” and prevent the shell exploding prior to being fired, and,

A firing pin in its unset position before the shell has been fired.

A firing pin in its unset position before the shell has been fired.

2) to ensure that, once fired, the shell would explode upon hitting something. This was arranged by having a firing pin in the base fuse set into a piece of soft metal in such a way that it was impossible for it to set off the main charge.

A firing pin as would be found once the shell has been fired and is now in a condition ready to set off the projectile on impact.

A firing pin as would be found once the shell has been fired and is now in a condition ready to set off the projectile on impact.

Once the round had been fired inertia would force the soft metal to the rear of the pin and expose the sharp tip. Now if an object was struck the pin would fly forward and the point would set off the shells explosive charge.

Base fuses

Base fuses” were frequently replaced by solid plugs when the shell was fired.

“Base fuses” were frequently replaced by solid plugs when the shell was fired for training purposes, the shell was then filled with an inert substance that would replicate the “Live” rounds weight and so unaffect its ballistic characteristics. There many other types of “Base impact fuses” and were mainly fitted into the larger types of shellThey could also be fitted with a delay feature that would ensure that the shell would explode once it had passed through an object and its fragments, as well as the explosion itself, would damage material and men behind whatever it had penetrated.

These larger

These larger “Base Impact fuses” were sometimes fitted with a time delay feature and were also replaced with solid plugs for training purposes.

As armour plate became more effective a new type of shell evolved and this was the “Palliser chilled tip armour piercing shell”. As its name suggests it had a tip that was formed in a special mold that would ensure it was rapidly cooled when being cast. This resulted in an extremely hard metal that could penetrate any armour plate then existing. It wasn’t until WW11, and the introduction of much superior armour plate, that these shot were defeated. A shell utilizing a shaped charge warhead that depended upon the “Monroe effect” had to be developed to defeat these newer armours, and even now in 2002 the contest between “Armour” and “Shell” continues unabated. Modern armours consist mainly of “Composites”, meaning layers of differing materials, and even “Reactive” materials that will explode on being hit and thus dissipate the energy of the impacting shot or shell.

An early Nose Fuse that would have been fitted to the relatively slow moving RML. Shells.

An early Nose Fuse that would have been fitted to the relatively slow moving RML. Shells.

Nose mounted fuses were also developed in many guises and these enabled a shell to be exploded in the air, after a set amount of time had elapsed, before it had hit anything. This found its greatest use in WW1 when it was used to explode “Shrapnell Shells” above and in front of an advancing enemy. It did this to such effect that many, many more men were killed by artillery fired “Shrapnell shells” than from any other cause.

A later style of Nose fuse fitted to larger shells and able to give a longer delay and so a greater range before detonation.

A later style of Nose fuse fitted to larger shells and able to give a longer delay and so a greater range before detonation.


Extract from Bombs and Bullets DVD

Below is a drawing showing the type of shell to which the above fuse would have been fitted. After firing, the time set on the fuse would expire, and the fuse would fire down the shells central tube to ignite the powder charge contained in its base behind the charge of balls. This powder would then explode and force the balls forward along the shells line of flight like some huge shotgun blast. Its killing power over a large area was tremendous, and it replaced the much earlier “Case” and “Canister” shells as the prime “Man-killing” weapon on the battlefield.

Shrapnell Diagram.

Shrapnell Diagram.

There are many other applications for delayed action fuses, chief amongst them being in an Anti- Aircraft role, and because of WW11, there are many thousands of fuses from successfully exploded shells, and also complete un-exploded rounds where the fuse failed, laying on the sea bed waiting to be found.. Once the round had been fired, the time delay set on the fuse should have ensured that the shell exploded at the end of its flight, however, this didn’t always happen and so an impact element was built into the fuse to ensure it exploded on hitting the ground or the sea, again this didn’t always occur, so there are many shells on the sea bed that have not exploded correctly. This was ok if the gun was firing out over the sea, but caused problems if being fired over land, as the population then not only had to contend with falling bombs but also with faulty AAA shells. Where small weapons were involved such as the 2pdr. Pom Pom or the 40mm. Bofors this wasn’t too much of a problem, but if you had some 3.7″ or even larger 6″ shells coming down then it could ruin your whole day quite abruptly.

The battery section of this fuse would have been on the end to the right and has long since rotted away. There may, however, be an electric primer and detonator still in the fuse body, and although unlikely, it may still be

The battery section of this fuse would have been on the end to the right and has long since rotted away. There may, however, be an electric primer and detonator still in the fuse body, and although unlikely, it may still be “Live”. If uncertainty exists then leave it alone.

As technology improved it became possible to fit a form of Radar into a shell fuse and this could be set so as to detonate the shell when the reflected return from the target ensured that it was close enough to be destroyed by the exploding shell. These “Proximity shells” were a saviour for the South East of England during WW11 when the Germans started sending over large no.s. of V1’s.. The fuses ensured that the AAA batteries were able to shoot the majority down before they reached any major population centres.

Radar transparent

Radar transparent “Ballistic cap” removed.

The fuse depended upon the shock of firing breaking a capsule of electrolyte, and the spin of the shells rotation rapidly spread this over the cells of a battery. After a short time the battery was powered up and would energize a small built in Radar emitter.

Electronics etc. encapsulated in Nylon / Plastic.

Electronics etc. encapsulated in Nylon / Plastic.

This would then transmit its signal through the Radar transparent plastic nose cone of the fuse, and , when it received a strong enough return signal, it would detonate the shell . These fuses can also be found on the sea bed from the rounds fired by HMS Cambridge during AAA training for the Navy. Because of the materials used in their construction they rapidly rot away and are seldom worth recovering.

Diagram of electric fuse.

Diagram of electric fuse.

 

Black Powder and Cordite

Other finds are mainly rounds that have been dumped due to either misfire or being surplus issue at the end of a ships commission.Some of these are empty but can still have percussion fuses in their base, and others are usually still full of propellant.

Percussion fuse on the base of a 2 pdr.

Percussion fuse on the base of a 2 pdr.

Either way great care is required with these rounds as even after what could be 100 years underwater, the propellant will still burn fiercely if ignited,and the fuses can still explode. Even Blackpowder will burn if the sealing on the cartridge was in good condition.

80 year old 4

80 year old 4″ round as found on sea bed filled with cordite.
80 year old 4

80 year old 4″ round as found on sea bed filled with cordite.
2 sticks from same round showing it will still readily burn.

2 sticks from same round showing it will still readily burn.

Below is a Nordenfelt 3 pdr. Cartridge case showing a base mounted fuse still in the mouth of the case along with the remains of a projectile long since rotted away. This case is full of “Black powder” propellant which will possibly still burn if allowed to dry out.

Below is a cleaned up Nordenfelt 3 pdr.

Below is a cleaned up Nordenfelt 3 pdr.
Below is a cleaned up Nordenfelt 3 pdr.

Below is a cleaned up Nordenfelt 3 pdr.
Above is a cleaned up version of a 105 mm cartridge case which still can be found on various wrecks or just lying on the sea bed.

Above is a cleaned up version of a 105 mm cartridge case which still can be found on various wrecks or just lying on the sea bed.

Anti Aircraft Artillery

Other common finds are numerous types of Anti-aircraft artillery (AAA) shells. The older ones are from a derivation of the 1880’s pattern “Maxim” automatic machine gun and were called the 2 pdr. Pom Pom. These guns were fitted to warships up to and during WW2 by which time they were obsolete.

Pom Pom Gun

Pom Pom Gun

They were superseded by the much more effective 40mm. L40/60 Bofors Gun. Other, newer, larger sized AAA can be found, but as the self destruct fuse has obviously not operated then they are, again, best left alone.

2 pdr. pom pom round

2 pdr. pom pom round

 

Comparison between 40mm. Bofors (top) and 2 pdr.Pom Pom (bottom).

Comparison between 40mm. Bofors (top) and 2 pdr.Pom Pom (bottom).

2 Pdr Pom Pom suffered from frequent jamming problems and it became the norm to issue a large mallet with each mounting in order to give the offending breech a “Seamanlike” whack to free the guns mechanism up again.

A concreted mass of 2pdr. shells from a wreck near the Poulmic.

A concreted mass of 2pdr. shells from a wreck near the Poulmic.

Some of the wrecks around Plymouth used to have huge quanties of 2pdr. shells, but most have now been cleared away. Even so it is not unusual to still find one.

The same shells chipped out.

The same shells chipped out.
The shells still have plenty of cordite in them so beware.

The shells still have plenty of cordite in them so beware.
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Submerged Books and DVDs

The Wreckers Guide To South West Devon Part 1
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