French submarine Gymnote (S655)

History
France
Name: Gymnote
Namesake: Gymnotus
Ordered: 1961
Builder: Arsenal de Cherbourg
Laid down: 17 March 1963
Launched: 17 March 1964
Commissioned: 17 October 1966
Out of service: 1986
Identification: Q244, Q251, S655
Fate: Scrapped
General characteristics
Class and type: none
Type: Submarine
Displacement:
  • 3,000 tons surfaced
  • 3,250 tons submerged
Length: 84.0 m (275.6 ft)
Beam: 10.6 m (35 ft)
Draught: 7.6 m (25 ft)
Propulsion: 2 shaft diesel electric
Speed:
  • 11 knots (20 km/h; 13 mph) surfaced
  • 10 knots (19 km/h; 12 mph) submerged
Complement: 78 men
Armament: 4 launch tubes for SLBM

Gymnote (S655) was an experimental submarine of the French Navy. She was a trials submarine for submarine-launched ballistic missiles (SLBM) and powered by diesel electric engines. She is named in honour of Gymnote, the world's first all-electric submarine built in France in the late 19th century.

The French planned a nuclear propelled submarine in the late 1950s and laid down a hull (no Q244). Because France had not developed uranium enrichment facilities at the time, the planned power plant was to be a heavy water reactor, which could utilize natural uranium. But French engineers were unable to produce a reactor small enough to fit into the submarine, which led to the project being canceled in 1959.[1]

In the early 1960s the French government decided to develop an independent nuclear deterrent based on SLBM's. Hull Q244 was redesigned as a trials submarine with diesel-electric propulsion and four missile tubes in an extended casing. Re-designated Q251 and christened Gymnote, she was commissioned in 1966 and fired the first M-1 missile in 1968. The M-1 missile was subsequently deployed aboard the Redoutable-class submarines. She was extensively rebuilt in 1977-79 to enable trials of the new M-4 missile. In the 1980's, as part of a general re-numbering of the French submarine fleet, Gymnote was re-designated S655.

Gymnote was decommissioned in 1986.

See also

References

Citations

  1. Archived October 14, 2009, at the Wayback Machine.

Sources

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