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Hoverwork can supply new build hovercraft and often used refurbished hovercraft. Up to 98 passengers can be accommodated OR payloads of up to 20 tonnes OR alternatively, a combination of passengers and freight.
Hovercraft can be configured to suit the specific application. |
Freedom 90 operating on Hovertravel's Cross-Solent Passenger Service, UK |
All Hoverwork craft are supplied with support and guarantees as required and agreed.
The AP1-88 type hovercraft was conceived in the early 1980's out of a Hovertravel requirement for a larger more robust Hovercraft which possessed improved environmental characteristics relative to the then widely used SRN6. Designed by GKN Westland Aerospace the Hovercraft has been further refined and produced in a number of variants since 1983, orders for new build AP 1-88 Hovercraft must be placed through GKN Westland Aerospace. Total hours for the type now exceed 150,000, all without injury to those on board or near the craft.
Hoverwork can supply used AP1-88 hovercraft as follows:
- AP1-88/100 Hovercraft: 24.5m. long, up to 98 passengers or 12 tonnes.
- This type of craft can be configured as:
- Passenger transportation
- Combined passenger and freight, and
- Freighter, open or closed deck area.
The following images illustrate the above:
AP1-88 / 100 Passenger Hovercraft |
Illustration of Hoverwork AP1-88 / 100 open deck Hovercraft |
Combined Freighter / Passenger Hovercraft in action in Canada. |
General Arrangement of AP1-88 / 100 passenger Hovercraft
General Arrangement of AP1-88 / 100 open deck Hovercraft
Additional Hovercraft Pictures of some of our working Hovercraft in various locations
The AP1-88 hovercraft is manufactured mainly from welded marine aluminium and is powered by four air cooled diesel engines. The primary Hovercraft structure comprises bouyancy tanks, fore and aft shear walls and engine and fan mounting structures. The flexible Hovercraft skirt is attached to the secondary structure which is outboard of the primary structure and contains the lift engines and lift fans.
The Hovercraft passenger cabin contains seating for 100 passengers and is entered by port and starboard doors at the rear of the cabin. A crew door at the forward end doubles as an emergency exit. Hand baggage racks are provided at the rear of the cabin and panniers on the aft side decks carry heavier luggage. The control cabin is raised above the passenger cabin at the forward end. Access is by a door in the port side of the control cabin which may be gained by a ladder from the fore deck or by a ladder from the port aft side deck. Alternative access is by an internal ladder from the passenger cabin through a hatch in the control cabin floor.
The Hovercraft forward propulsion is provided by two, 12 cylinder Deutz, turbo charged diesel engines driving shafting at crankshaft level and connected to the upper propeller shafting by toothed driving belts. Thrust is provided by two Hoffmann, fixed pitch, four bladed propellers in ducted enclosures. The slipstream from each propellor passes over three rudders for directional control. Port and starboard bow thrusters are fitted which provide additional directional control sideforce, and a rolling moment into the resultant turn, they can also be operated in the reverse mode. The thrust from the bow thrusters is directly proportional to lift engine r/min.
Two, 12 cylinder Deutz diesel engines similar to the propulsion engines are mounted within the port and starboard side structure and each driving three pairs of centrifugal fans. The forward pair in each case is used to supply air to the bow thrusters and to provide ventilation air for the passenger cabin. The other two pairs supply lift air to the cushion.
Fuel is carried in three welded aluminium tanks, two forward and one aft and is also used for ballast trim purposes. The Hovercraft fuel system is fitted with electrically operated shut off cocks, fuel booster pumps and filters with water separators.
The passenger cabin is heated by warm air heated by the lift engines lubricating oil. The control cabin is fitted with electric heaters supplied from the craft dc electrical system.
The Hovercraft 28V dc electrical system is powered by four, engine driven generators. Distribution is by main busbar and an associated auxillary busbar, with emergency services drawing power from an emergency battery and an essential services busbar.
An intercom and public address system is incorporated and external communications is by VHF radio. A radar installation is provided for collision avoidance and in conjunction with the compass as a navigational aid.
The Hovercraft engine bays are equipped with fire detection and double discharge fire suppression systems. Portable, hand operated extinguishers are also carried in the control cabin and passenger cabin.
The Hovercraft safety equipment comprises first aid chest, signalling light, red parachute flares, floating line and quoit, fire axes, torches, knives, infants life jackets, crew life jackets and seat stowed life jackets for each passenger. Two lifebouys are provided, one by the passenger doors, each equipped with a 28m life life. The four liferafts capable of carrying all all passengers and crew members.
Click here if you would like to see an Isometric Drawing of the AP 1-88 Hovercraft.
Type | AP1.88/100 Hovercraft |
Duty | Amphibious passenger transport |
Crew | Captain + Radar Operator & 1 Cabin Crew or Captain + 2 Cabin Crew |
Passenger seating | 100 seats |
Dimensions | See Isometric Drawing (click on icon above, for access). |
Propulsion engines | Two, Deutz BF12L 513FC air cooled, turbo charged, diesels, 525 bhp (392 kW) at 2300 r/min |
Lift engines | Two, Deutz BF12L 513FC air cooled, turbo charged, diesels, flat rated for continuous cruise at 525 bhp (392 kW) at 2300 r/min |
Propellers | Two Hoffmann 9ft. (2.755m) diameter fixed pitch propellers Type HO-E-214P/D275BS |
Lift fans | Six pairs, 33in (840mm) diameter centrifugal fans. 2 pairs for lift and 1 pair for bow thrust and cabin ventilation per side. |
Propeller drive | Engine and propeller shafts coupled by toothed driving belt |
Function | Lubrication of engines |
Oil | Vanellus SAE 30 C3 (contained in engine sump) |
Propulsion engine | 6.379 imp gal (29 ltrs.) |
Lift engine | 4.40 imp gal (29 ltrs.) |
Function | Lubrication of transmission bearings and gear couplings |
Grease | All bearings - Energrease MMEP2 Gear couplings - Energrease LSEP1 |
Oil | Propeller rear bearing - BP Energol CS220 |
Function | Power assistance to the rudders |
Oil | Energol HLP - 32, Oil - 1.5 imp gal (5.68 ltrs.), Airspace - 0.2 imp gal (0.9 ltrs.) |
Function | Engine fuel, ballast transfer for adjusting running trim |
Fuel specification | Diesel Spec. BS.2869 Class A1 |
Maximum Contents | 3 x 250 imp gal (3 x 1136.5 ltrs.) fuel tanks |
Normal Operational Contents | 550 gallons (2500 ltrs.) |
System | 28 volt dc |
Supply | 4 x Bosch Type T1 - 28V 120A generators (006), 4 x Bosch Type T1 - 28V 120A generators (007) |
Batteries | Main battery - 2 x 12V 175Ah, Essential Services Battery 2 x 12V 68Ah |
VHF Radio | Sailor RT145, C401 |
VHF Radio | Huson 70 |
Radar | Furuno Marine 1505D |
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