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Experimental shaftless design. This was not adopted due to various problems. |
Foils - Configured in a canard configuration they are of the surface-piercing type. A set of hydraulic controlled trailing edge flaps are provided.
Hull - The lines of the craft are V-shaped derived from the 65 series. The hull is built in seawater resistant light metal alloy. It is riveted and welded using inert gas.
Propulsion - Propulsion is provided by a pair of Power Shafts using a tractor propeller driven directly by a hydraulic motor elastic mounted on the aft foil.
SAC - A Seakeeping Augumentation Controller designed and built by the Rodriquez Electronics division is provided.
Hydraulics - Steering is hydraulic with electric control from the wheelhouse. Flap movements are also hydraulically accomplished.
Fire-fighting - A fixed CO2 system is installed to provide service in the engine room. Portable CO2 bottles are also fitted.
Air conditioning - An air/freon air conditioning system is installed in all passenger saloons as well as in the wheelhouse.
Navigational aids - A radar, medium wave radio, VHF, Loran and/or satellite navigator are foreseen.
Miscellaneous systems - The hydrofoil is equipped with all the necessary systems such as fuel, sea water, fresh water, lube oil and bilge system.
| Main data | Length overall | 25.00 m |
| Length on waterline | 20.80 m | |
| Moulded breadth | 6.70 m | |
| Depth, hull | 3.58 m | |
| Breadth over fore foil | 8.40 m | |
| Draft , hullborne | 2.80 m | |
| Draft, foilborne | 1.20 m | |
| Displacement, full load | 55.00 t. | |
| Power plant | 2 Deutz MWM TBD 604BV8 | |
| Cruising speed | 38 knots | |
| Accommodation | 146 | |
| Range @ cruising speed | 200 nm |