HSC T&T Spirit

HSC T&T Spirit is a fast ferry operated by the government of Trinidad and Tobago.

History
Trinidad and Tobago
Operator:
Route: 2006-Present: Port of Spain - Scarborough
Builder: Incat, Tasmania, Australia
Yard number: 060
Launched: 2002
Renamed:
  • Incat 060 (construction)
  • Spearhead (TSV-1X) (2002-2005)
  • T&T Spirit (2006-Present)
Homeport: Port of Spain
Identification:
Status: In Service
General characteristics
Tonnage: 6,581 tonnes
Length: 97.22 m (319.0 ft)
Beam: 26.6 m (87.3 ft)
Speed: 42 knots (service), 46.5 knots (maximum)
Capacity:
  • 765 passengers
  • 200 vehicles

Launched in 2002, she was initially built as a civilian ferry, but was converted for military use in the final stages of construction. She served from 2002 to 2005 with the United States Army's Tank-Automotive and Armaments Command (TACOM) as the first Theater Support Vessel (TSV). During this period she was designated USAV Spearhead (TSV-X1).[1] Following military service she was converted for civilian passenger and vehicle ferry with the Trinidad and Tobago government on the Port of SpainScarborough route along with the T&T Express (HSC Incat 046)

TT Spirit docked in Port of Spain harbour

USAV Spearhead (TSV-1X)

TSV-1X at sea in 2003

As USAV Spearhead (TSV-1X) the ship was the first of the US Army's theater support vessel (TSV) program. The Army leased Spearhead from Australian fast ferry builder Incat in October 2002. Modifications included helicopter pads suitable for large military helicopters and a two-part, hydraulic vehicle ramp that allows rapid loading and discharge of vehicles from the stern or alongside. With its 1,250-ton capacity and shallow draft, Spearhead was the first of what was expected to become a fleet of as many as 17 TSVs.[2][3]

Spearhead was deployed in January 2003 to support Operation Enduring Freedom and Operation Iraqi Freedom.[4]

The vessel was withdrawn from US Army service in 2005, moving to civilian service as HSC T&T Spirit.

Sister Ships

gollark: Anyway, we hit *those* limits ages ago, so we achieve our high clocks by extending the processors out into arbitrarily many orthogonal dimensions, ignoring the "speed of light", and patterning the logic gates directly onto underlying physical laws.
gollark: https://en.wikipedia.org/wiki/Rapid_single_flux_quantum
gollark: Clock speeds are constrained mostly by CMOS processes as far as I know, lightspeed issues are secondary.
gollark: What? Superconducting logic circuits can easily hit tens of GHz.
gollark: Well, it or the newer models.

References

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