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History of the Atlantic Cable & Undersea Communications
from the first submarine cable of 1850 to the worldwide fiber optic network

CS Mercury
by Bill Glover

CS MERCURY

CS Mercury repairing cable

Built 1962 by Cammell Laird & Company, Birkenhead

Length 473.0 ft Breadth 58.7 ft Depth 24.6 ft Gross tonnage 8962

Built for Cable & Wireless specifically to lay the COMPAC and SEACOM cables with HMTS Monarch (4). This was the first cable laying vessel owned by Cable & Wireless or its predecessors. Flagship of the fleet and main cable layer until replaced by Cable Venture. From then on based in the UK for the maintenance of Atlantic cables. Fitted with three tanks with a capacity of 100000 cubic feet or 1100 nm of lightweight cable. Three 10 foot diameter "V" bow sheaves were fitted initially, later replaced with two flat sheaves, and a stern chute was fitted to allow laying of repeaters. Seriously damaged after a fire in the engine room in 1996 while moored at Bristol. Scrapped in 1997.

CS Mercury taking on cable at the SCL premises
at Enderby’s Wharf, Greenwich, London [1960s]

 

Another view of cable loading at Enderby’s Wharf
Image courtesy of Cyril Malyon; scan by Jim Jones

When CS Mercury was commissioned in 1962, the Cable & Wireless house magazine, Zodiac, published this article by journalist Philip J. Beacall in its October issue. Thanks to James Skinner for providing scans of the article.

Zodiac, October 1962

As Zodiac went to press C.S. Mercury (8,000 tons gross), the world’s fastest and most modern cable-laying ship, was about to leave her berth in Cammell Laird and Co. (Shipbuilders and Engineers) Ltd.’s fitting-out basin at Birkenhead on her sea trials prior to handing over by the builders. After cable-laying trials, probably in the Bay of Biscay, she will load co-axial cable and repeaters at Greenwich, and then sail for Suva to lay the Suva/Hawaii section of the Commonwealth Pacific (COMPAC) cable.

Below is an illustrated article, specially written for Zodiac by Philip J. Beacall, the North of England writer and journalist,  who visited the ship last month to watch the finishing touches being given to her by a thousand shipyard workers.

Appended is the first full list of officers and petty officers who will take Mercury to sea after her acceptance under the command of Captain G. H. C. Reynolds.

Mercury Prepares to Make Cable Laying History

by Philip J. Beacall

Even the usually imperturbable English innkeeper could be forgiven for raising an eyebrow when the navigating officer placed an  order for “ninety-five pints to be going on with.” But after the fashion of his kind he coped manfully, assisted by his staff, although an accompanying order for sandwiches to go with the beer posed a problem when the bread supplies ran out halfway through the cutting operations.

It all happened on the coach journey bringing the Spanish crew of the new cable ship Mercury from Southampton to join the ship at Birkenhead where she has been built by Cammell Laird and Co. (Shipbuilders and Engineers) Ltd., and it provided yet one more example of the many and varied tasks which Cable and Wireless officers take in their stride. Navigating Officer John Neal accomplished the task of getting the crew safely to Merseyside in the Company’s best tradition, and a more substantial meal and pleasant lodgings awaited them at Liverpool’s famous Gordon Smith Institute for Seamen where they settled down happily until Mercury was ready.

The final weeks of a new ship’s metamorphosis in the shipyard of its birth are always hectic and full of problems. Fitting out the Mercury proved no exception, and the layman, watching an army of nearly a thousand shipyard men putting the final touches before the acceptance trials, could be forgiven for doubting that order could ever come from such seeming chaos. But it does, and the tangled miles of electric cable, the hammerings, sawings and sparkle of acetylene burners are eventually finished with and cleared away. This year shipyard men have had an additional handicap from notorious summer weather which has made such jobs as caulking decks a tricky business.

But, as the chief officer, Captain Robert Bowen Riddle, said during a particularly hectic Saturday morning at the shipyard: “These things have a handy knack of falling into place”, and when Captain G. E. C. Reynolds, C.S. Mercury’s Commander, takes over after the acceptance trials, he is assured of a well-found and happy ship, and the world’s fastest and most modern cable layer as well.

Before that he and his senior officers will have tackled a score of daily problems in dealing with 1,600 cases of stores, 30 miles of grappling rope and buoy rope to be spliced, and thousands of items of working gear and spare gear. There will also be the freighter load of cable for the laying trials off the coast of Portugal or, if the weather is bad, in the Mediterranean, and the important human aspect of forming the new team of officers and men into a happy entity.

The 29-year-old purser, Robert Arthur Gray, has an important role to play, too. For him the most difficult time during the ship’s preparation is the period immediately following her handing over when he must prepare the accommodation for the 135 officers and crew. First task of the purser’s staff is the unpacking of the cases of stores which have been arriving at the shipyard during the immediate months before handing over. They include such items as a thousand pieces of linen, blankets, towels, etc., to make up the 135 berths, 5,000 pieces of glassware and crockery, 2,000 pieces of cutlery and silverware for cabin, saloon and messroom use, and, of course, every conceivable cooking utensil to stock the three modern galleys.

Gray was at Head Office a short time ago completing the order for stocking C.S. Mercury’s pantries and deep freezes with two months’ supplies of victuals and dry goods which included turkeys, mincemeat, dried fruits and similar commodities which will be a feature of the Christmas Day menus.

If the ship’s company get tired of rainbow trout, asparagus tips and other gourmet’s delights, they will have pigs’ trotters, tripe, baked beans and sardines to fall back on, for all these items are included in the bill of fare. Gray has also to ensure the Spanish crew of 74 have food to their taste, and 28 lb. of garlic will make certain their dishes do not lack flavouring!

Gray joined the Company in August, 1957, and was promoted purser the following May. He has served on C.S. Recorder, Retriever, Lady Denison Pender and Electra.

The initial order, which covers over 300 different items, includes more than 3 tons of meat, 224 lb. pigs’ trotters, 100 lb. tripe, 1,000 lb. of ham and bacon, 1,400 lb. of poultry, including 200 lb. of duckling and 400 lb. of turkeys, 31 cases of tinned meats as well as several kinds of sausages, 3,000 lb. of fish, ranging from cod to rainbow trout and salmon, 30 cases of tinned fish, including shrimps, crab, lobster and salmon, 7,200 eggs, 4,000 lb. flour, 4 cwt. of rice, 3 tons of potatoes, 6 cwt. of onions, 36 cases of tinned fruits, 6 different kinds of cheese, 448 lb. of butter, 1 ton sugar, 350 lb. coffee, 300 lb. tea, 50 cases of tinned milk, 250 lb. biscuits, 440 lb. jam, marmalade, syrups, honey, etc., and nearly 1,000 bottles of sauces, pickles, salad cream, vinegar, and 5 lb. of bicarbonate of soda !

The extensive dry and refrigerated storerooms on the main deck include a large deep freeze cabinet which ensures a plentiful change of diet during Mercury’s long periods at sea.

Small wonder then that after all this, and the taking on in London, of 1,200 miles of cable and fifty repeaters, the ship’s company, is rarin’ to go on a maiden voyage to the Pacific which will make cable laying history.

The Officers and Petty Officers of C.S. Mercury

Commander Capt. G. H. C. Reynolds
Chief Officer Capt. R. B. Riddle (Acting)
Second Officers P. Watts (Acting); J. H. Neal
Third Officers W. J. Venables; D. J. Hider
Fourth Officers K. M. Humphrey; D. S. Macfarlane
Apprentice I. R. Bosworth
Chief Engineer E. M. Pentney
Second Engineer J. V. Scicluna (Acting)
Third Engineers R. L. Smith (Acting); K. Routledge
Fourth Engineers A. P. Taylor; D. Cassidy
Junior Uncertificated Engineers J. Thompson; J. Jenkins; J. W. T. Thompson
Senior Electrical Engineer J. M. Hunter
Electrical Engineers W. T. Robson; J. Coates
Chief Cable Engineer P. J. A. Cousins
Second Cable Engineers R. S. Pitt; C. D. Parkin
Assistant Cable Engineers F. E. Lowe; A. D. Law
Submarine Cable Technicians A. E. Weekas; P. G. Miller
Radio Officers J. Otley; J. C. Pyburn; J. D. Cotton
Purser R. A. Gray
Assistant Purser ——
Surgeon Dr. L. A. Gess
Chief Steward C. A. V. Arkell
Boatswain E. G. Gulliver
Carpenter W. M. Dix
Deck Engine Drivers G. R. Logan; J. Beresford

 

CABLE WORK

1962 COMPAC
1964 SEACOM
1966 British Virgin Islands - Bermuda
1969 SAT 1 Portugal - Ascension - Cape Town
See David Watson’s story of cable repairs on SAT 1
1971

CANBER Nova Scotia - Bermuda
Jamaica - Cayman Islands

1972

Italy - Algeria
PENCAN 2 Spain - Gran Canaria

1973

CANTAT 2 Canada - UK
BRACAN 1 Brazil - Gran Canaria
See David Watson’s story of cable loading and laying on CANTAT

1974 BARO Spain - Italy
1975

TASMAN Australia - New Zealand
UK - Spain. See film of this cable lay below.

1976 Italy - Turkey
1977

OLUHO Luzon - Hong Kong
ASEAN Singapore - Luzon

1978

COLUMBUS Venezuela - Spain
Barcelona - Majorca

1982 ANZCAN Norfolk Island - New Zealand
1983 ANZCAN
1988 PTAT 1
1989-95 Various optical fibre cables worldwide
1992 TAT 11
1995 ECFS East Caribbean Fibre Optic System.
   

CS Mercury at Tower Bridge, June 1974
Image courtesy of David Griffiths

 

Model of CS Mercury at the Porthcurno Telegraph Museum
Photograph copyright © 2005 by David Howard

 

CS Mercury loading cable at Southampton Docks

 

8mm film shot by Marshall Waugh, 4th Engineer on CS Mercury, during the Auckland to Sydney lay of the 1975 TASMAN cable.

The film shows the shore end being laid in Auckland, with footage of the cable & repeaters being fed through the centrecastle & leaving the stern, and also the Bondi Beach shore end going in.

Last revised: 19 January, 2011

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