In August 1998, the UK Ministry of Defence (MoD) awarded a contract to Vosper Thornycroft to construct the trimaran, at a cost of £13.5m[1] RV Triton was launched at Woolston in May 2000 and delivered in August 2000. Triton then began a two-year risk reduction trials programme for the UK MoD and the US Department of Defense.
The vessel's three parallel hulls are reflected in her name which refers to the maritime god Triton who carried the three-pronged spear, the trident. The outriggers are thinner and much shorter than the dominant central hull.
Operational history
DERA and QinetiQ
QinetiQ RV Triton
Triton was designed as a demonstrator to prove that the trimaran concept would work successfully in a large warship. Following her launch in 2000, the ship began an extensive series of trials in 2001, which covered general ship handling, performance, sea-keeping behaviour, but also areas more specific to its design for which the Royal Navy had no experience. For example, a series of docking manoeuvres were undertaken by the pilot boats of HMNB Portsmouth to determine the problems of docking a large trimaran, and the ship underwent underway replenishment alongside HMS Argyll and the tanker RFA Brambleleaf to ascertain the characteristics of a trimaran and a monohull replenishing at the same time.[citation needed]Triton also undertook the first helicopter take off and landing on a trimaran.[4]
Gardline Marine Sciences
In January 2005, Triton was sold to Gardline Marine Sciences, a UK company based in Great Yarmouth, Norfolk. Triton was used for hydrographic survey work for the civil hydrography programme (CHP) on behalf of the Maritime and Coastguard Agency (MCA). The vessel was fitted with a sensor suite which includes the Kongsberg Simrad EM1002 multibeam echo-sounder, a GPS attitude/heading system, surface navigation and ultra-short baseline sub-surface acoustic tracking system, Gardline Voyager5 integrated survey system and Caris post-processing system. The vessel was enhanced by Gardline by installing a bowthrust unit, additional accommodation and survey equipment facilities. In 2009, two new MTU engines were fitted; MTU 16v 4000 M40B. Output 2,080 kW (2,790 hp) each.
