|
During the summer of 2001
I had the job of photographing a British warship sunk in deep
water off the northern French coast. If I thought the wreck was
deep little was I aware of how deep the historical tragedy was that
was about to unfold. If successful I would bring back the first
images of the battle cruiser HMS Charybdis lost in 83m of water
during WW2. For once the channel was our friend not unlike a millpond
the bright June sunshine forcing ambient light deep into the water
below. As I swam peacefully alone along this huge wreck my eyes
would quickly adjust to the dark emerald green water. Using the
spotting lights within each sub strobe I would now carefully choose
photographic subjects that would best describe the condition of
this once proud ship. War ships appear significantly difficult to
photograph in that much of their machinery and features seem rather
dull compared to say liners that is. Having said that I'm soon confronted
by a twin 4½ " gun turret still within her mounting
as if ready for action. The barrels point west and towards the sand/gravel
seabed, behind course and fine elevation wheels that once accurately
manoeuvred them into position. Taking into consideration her loss
circumstances the wreck remains in remarkable condition with navigation
made simple in respect. Charybdis lies completely over on her port
side across the tide as such with her bow at the far northern end
of the site. My dive on this June afternoon is comparatively long
for a depth of 83m and while 30 mins is soon over I have however
managed to cover the distance aft of the bridge to the very stern
and back. Hopefully I would have 36 exposures covering subjects
such as spotting lights, structural sections of wreck, ready ammunition
not to mention those guns.
'Keith Morris' is a name synonymous in UK wreck diving
circles, he is a TDI trimix instructor not to mention a pioneering
mixed gas diver he is also the leader of this expedition. Each member
of his team has something to offer while my job is photography others
lie in location, gas logistics and simply the ability to communicate
with the French authorities. Morris has employed renowned wreck
hunter Graham Knott to locate and fix a line into Charybdis, not
a difficult task for a skipper who has an incredible CV of wreck
location. At 7,500-tons displacement Grahams job of locating Charybdis
seems logistically simpler than his past history of U-boats that
lie quote 'with the tide'. The 2001 team would not however be the
first to dive the wreck something our French counter parts would
have the privilege of some eight years previous. During August of
1993 two divers 'Michel Cloatre' and 'Joel Guizien' would descend
to the wreck using conventional compressed air. The Frenchmen would
recover a large empty artillery casing from close to one of the
turrets, which in turn would identify the wreck in question. The
wreck of Charybdis was originally located by Alain Launay friend
to Cloatre & Guizien however more recently jersey based wreck
researcher John Ovenden has examined the site using modern technology.
Ovenden was able to produce a significant side scan impression of
the wreck which in turn would aid the efforts of the 2001 team.
With Ovenden's help skipper Graham knott would have a smaller 'box'
as such in which to search. The 2001 team are all British technical
divers and will be the first to give the wreck a thorough investigation
and determine her true condition. The events that would lead to
the loss of both HMS Charybdis and HMS Limbourne would remain in
British Naval history as one of absolute tragedy. A break down in
communication while intercepting a heavily armed German convoy would
end in the loss of 500 service men. While political issues ever
rise over diving such sites the 2001 team would have to tread lightly
over what pressure groups could build as the 'Mount Everest' of
war-graves'! As the majority are aware over the past decade technical
divers have brought to the surface stories and images of maritime
tragedy that would have been lost forever. As these stories once
again come to light in turn they open the eyes of a new generation,
a generation willing to learn from and respect their predecessors.
With these thoughts in mind Morris through respect contacted the
Charybdis & Limbourne survivors association with regards to
his proposed expedition. The association was founded to preserve
the memory of those lost and each year survivors return to Guernsey
to pay their respects to colleagues lost during that night of action
back in Oct 1943. As well as Guernsey, even more of their shipmates
were washed ashore in France and some in Jersey, where they are
now buried. On the 23rd Oct 1943 Neil Wood was radar operator aboard
HMS Limbourne today he is the associations secretary. Like myself
Morris would become friend to Neil Wood and the association would
look forward to seeing the first images of their lost ship in 58
years.
As the 2001 team arrive back on site the evening
is beginning to set in due to the late afternoon slack. After the
team is briefed the decision is made to run a less intense bottom
time, cutting the time back to 25mins on the wreck would after decompression
time see myself and Ian Taylor out of the water at sunset. Taylor
is also a Weymouth skipper although today he will dive to the wreck
with myself; together we will explore and photograph the forward
section of the wreck. The very bow of Charybdis remains very much
intact however a short distance aft on the starboard side hull significant
damage appears! As the diver drops off the tip of the bow to seabed
level they will see as they swim along the wreck numerous portholes
all with heavy-duty deadlights and securely fixed shut at that.
They are then soon confronted by both forward twin gun turrets all
intact. In fact again taking into consideration her circumstances
of loss the wreck is largely intact and fairly shipshape. A little
aft of midships the wreck has broken her back, with the bulkhead
here quite literally broken, the two sections of wreck now lying
at an acute angle to one another. The bridge section is of the most
impressive site, with its solid reinforced construction can be seen
largely in one section and lying on its side across the seabed.
Again large portholes have fallen free and one can view within all
manor of instruments and electrical fittings and cables etc. Swimming
over the site the familiar sight of ready ammunition appears in
bulk lots with little if any marine growth a striking reminder of
her once anti aircraft strength.
As I have previously said an area of unknown damage
appears aft of her bow on the starboard side perhaps only a few
meters past her housed anchor. The area of damage covers some 15-18
meters and makes for confusing navigation amongst twisted and broken
down wreckage. Originally I belived this to perhaps be an area of
where at least one of two torpedo's struck Charybdis. How wrong
I was as Neil Wood convinced me that his fellow associates and survivors
of Charybdis claim that both torpedo's struck aft of 'B' boiler
room both on the port side? In theory we as divers would not see
her damaged areas as she lies over to port. With her starboard hull
intact elsewhere what could have caused this mysterious damage in
her forward section? Both Ian Taylor and myself were now blessed
with confusion opening a 'tin of worms' as such for the survivors!
Ian mention's the possibility of some unknown salvage attempt could
well be responsible or quite possibly the bulkheads and framework
below this area have become weakened causing the above sections
to collapse over the years? While the remaining survivors alive
seem quite convinced both torpedo's struck the after portside could
another have struck during the after confusion? The only remaining
theory is put down to depth charging during the last years of the
war? Certainly this was the topic of conversation amongst the association
during their resent annual get together and almost surely one that
requires further investigation.
One of the wonderful aspects of the ever-developing
knowledge of technical diving is decompression theory. Where as
at one time tech divers aspired to the same unproven tables 'the
limited market of the time' today is quite the opposite. The divers
that make up the 'Charybdis 2001 team' have a wide range of custom
designed tables to suit their very own personal physiological requirements.
Tables that have been proven time again. As our short and successful
stay in the Sept Isles comes to a close the team openly admit that
Charybdis has to stand as one of the finest examples of a War ship
in home waters they will ever see. The following day we make for
the 80-mile journey back to Weymouth before the weather turns for
the worst. On route we would finish off a most memorable expedition
with a visit to the Texaco WW1 tanker Illinois widely regarded in
the tech community as one of the best deep wreck dives the channel
has to offer! Fabulous.
Keith Morris's 2001 expedition comprised of divers
Andy Heatherton, Tim Bach, Toby Herbert, Roy Smith, Ian Taylor and
myself. During the summer of 2002 with the backing of the association
they intend to search for and image Limbourne, if only to complete
the final picture.
Top Of Page
| Back to Charybdis & Limbourne
Home page
The Loss of HMS Charybdis & HMS Limbourne
HMS Charybdis was a cruiser that saw a great deal
of action during her two years of existence. Cruisers were the heirs
to the frigates of Nelson's day. They were expected to be able to
operate independently, and in conjunction with the fleet in needed.
In 1939 the Royal Navy had 57 cruisers. After 29 were lost during
WW11 26 remained. Today the Royal Navy has none. Like most Royal
Navy ships cruisers were commissioned in series. HMS Charybdis was
a Dido class cruiser; a series of 11 cruiser built in 4 programs
during 1930s rearmament. Charybdis was built as part of the last
programme being the 1939 Emergency war program. After working in
Scapa Flow she then went on to cover mine-laying operations in the
northern approaches before leaving for the Mediterranean in the
spring of 1942. The following June she took part in 'Operation Harpoon'
a convoy run through to Malta with a strong escort, then later joined
the force of two battleships 5 aircraft carriers 7 cruisers and
28 destroyers code named 'Operation Pedestal'. After three days
of intense fighting against German and Italian forces 3 of 14 merchant
ships reached Malta along with important supplies that would save
the Island.
'Operation Tunnel' was a set piece operation controlled from Plymouth
activated on the 23rd Oct 1943 once intelligence indicated that
the Germans would be running an important convoy along the French
coast. The operation was invariably activated with a mixed bag of
ships with widely different capabilities few of whom had worked
together before. The Germans had an excellent radar chain along
the coast and liaison between their ships was good. They also had
a strong force of Elbing Class destroyers working as a team to protect
the convoy. Their tactics if opposed would be to draw any attacking
force away from the convoy while the convoy in turn withdrew to
a heavily protected coastline. If faced with a close quarter situation
they would fire a full salvo of torpedoes before withdrawing a high
speed. As the British force stayed in a rigid column of 7 ships
3 cables apart at 17 knots they passed through established points
to sweep westward along the likely route of the convoy before heading
back north and thus Plymouth. Charybdis was unaware that the German
convoy was on route, she was not fitted with equipment to detect
German communications and although the intercepts were received
by her fellow ships they were not passed on as such. Picked up enemy
shore based radar the British force headed into a venerable position
and would be silhouetted by the rising moon to the east. Charybdis
obtained radar contact ahead 14,000 yards while at the same time
Limbourne picked up German radio transmissions indicating that at
least 6 naval units were close by. Limbourne's radar was masked
on ahead bearings by Charybdis. These two vital pieces of information
were not exchanged so that Charybdis knew there was enemy 7 miles
ahead but did not know the composition while Limbourne and the other
destroyers knew there were 5 or 6 enemy destroyers close by, but
not where. Basically the complete picture was available however
not seen. At 0135 Charybdis made radar contact to the west 3 minutes
later the German Elbing T23 sighted Charybdis a few miles north
of the Sept Isles. Charybdis altered course 60º to port before
being hit by a full salvo of six enemy torpedos. As the following
British destroyers also came into sight they two were immediately
fired upon Limbourne being struck before yet another torpedo hit
the port aft of Charybdis. As the German force then proceeded east
confusion reigned over the British ships both senior officers ships
were sinking and incommunicado, the remaining charging around at
high speed. The first torpedo struck Charybdis on her port side
flooding boiler room 'B' and assumed a 20-degree list to port. The
second struck aft causing all electrical power to fail before she
quickly took a list of some 50 º. Charybdis took an angle by
the stern until almost vertical staying like that for about half
an hour before the bulkheads gave way leaving her to sink at 0230.
The Torpedo that had struck the forward magazine of Limbourne had
destroyed the entire forward section of the ship; she still however,
remained afloat while the bulkhead held. Efforts to remove Limbourne
to safety resulted in failure and it was later decided to sink her
as not to fall into German hands. Her survivors were taken off seacocks
opened and she was sunk by British torpedos. A modern cruiser and
destroyer and 500 lives had been lost. A well-trained and drilled
enemy force had reduced a superior British force to equality in
a few minutes, thrown into confusion and achieved their object-
the safety of the convoy - without firing a gun and no loss to themselves.
The British had made so many errors both ashore and afloat that
the incident was an illustration to the Royal Navy tactical school
for many years to follow as an example of how to get almost everything
wrong.
Back
to Charybdis & Limbourne Home page

More about technical diving click
here >>
Learn how to become a technical diver with the best training click
here >>
About Deep Blue diving technical diving instructors click
here >>
|