Janes Surface Skimmer Systems 1968
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ROGRESS REP0 North, Centraf and South America and 330 Progress Avenue, Scarborough, Ontario, Canada. S-PROGRESS REPORT Europe, Asia, Africa and Australasia CV AND MYD ADDENDA EDITORlAt communications shouid be addressed to : ADVERTISEM ENf communications shouid be addressed to : B.P.C. Pubiishing Limited, P.O. Box No. 2L.G., St. PQ~I~Street* i-ondon, Telephone: 03-437-0686 4 adv, iii Page Page lCLES - - - - - 1 JAPAN : Ebara - - - - 106 CK: BHC - - - - 106 Report on ACV development - - - - 2 Jetstream - - - 107 National Engineering Lab. - 108 ERS - - - 5 Sational Physical Lab. 108 AUSTRALIA : Hovergem- - 7 Spencer (Melksham) - 110 CSFADA : Hovergenl- - 9 USA : Aero-Go - - 111 FRANCE : Bertln - - 10 Airfloat - - 111 Beaudeyum - 10 Behlen - - 113 Sedam - - 10 Clark - - 114 ISRAEL : Israel Amerlcan 16 Jetstream - 116 JAPAN : Hltachl - - 17 Jetveyors - - 117 Mltsubishl- - 17 Skimmers Inc. - 117 Mitsul - - 20 POLAND : Inst. Agrlc. Mech. 22 - 119 : - 22 TRISIDAD Coelacanth Gemco CASADA : De Havilland - 120 - - 24 UK: Airbearings Water Spyder - 122 Air Vehicle Development 25 Blohm & Voss 123 Barwren - - 25 Schlichtingwerft 125 British Hovercraft Corp 26 ITALY: Advance Marine 125 Cross & Jackson - 39 Rodriquez - 125 - - 39 Cushioncraft Seaflight - 129 Daily Express - - 40 Hitachi - - 131 Denny - - - 41 IHI - - 133 - - - 42 Harding Nitsubishi - 134 Hover Air - - 43 SORWAY: Westermoen - 136 Hovercraft Development 44 POLAND : Gdansk - - 137 Xational Physical Lab. 44 SWITZERLAXD : Supramar - 141 Hoverknights - - 47 UK: Airavia - - 152 Hovermarine - - 48 Anglian - - 162 Hoversports - - 54 New Hydrofin - 153 - 54 Vosper Thornycroft Southern - - 154 Aeroglide - - 58 USA : Atlantic - - 156 Aero-Go - - - 58 Boeiilg - - 157 Aerojet - - - 58 FMC - - 161 Aeromar - - 60 General Dynamics 164 Air Kinetics - - 62 Grun~man - 165 American -4erocar - 62 Honold - - 169 Bartlett - - - 63 International Hydrolines - 169 Beardsley - - 64 Lockheed --- 170 - - - Bell 64 Maryland - - - - 171 Bertelsen - - 71 Xigg - - - - 173 - - 72 Cushionflight Satra - - - - 173 - - - Dobson 7 3 Wynne-Gill - - - 174 Eglen-Cull - - 74 USSR : Sormovo - - - - 176 General Dynamics - 76 ---- 185 Gunderson - - 78 HYDROFOIL OPERATORS Research Affiliates - 79 Skimnlers Inc - - 80 Report on Hydrofoil Development - 189 US Army - - 80 JSESPO - - - 8 I ACV AND HYDROFOlL POWER PLANT SECTION 193 USSR : Sormovo - - - 82 FRANCE : Turbom6ca - - - 194 GERMANY : Mercedes Benz - - 196 85 ITALY : CRM - - - - 198 UK: Davey Paxman - - 198 AIR CUSHION ASSBSTED LOAD CARRIERS 91 Rolls-Royce - - - 199 - - UK: BHC 92 TTSA : AiResearch - - - 202 Cummms --- 202 TRACKED AlR CUSHION VEHICLES - - 95 General Electric - - 203 FRANCE : Aerotrain - - - 96 Pratt & Whitney - - 205 Urba - - - 99 Solar - - - - 206 - 101 UK: Tracked Hovercraft USSR : Ivchenko - - - - 207 USA: Aeroglide - - - 102 General Electric - 102 SPECIAL SURVEYS American Surface Effect Ship Activities, by E AIR CUSHION APPLICATO S, COMVEYORS AM Liberatore - - - - - - - 209 -4USTRALIA: FederatedEngineers- - - 104 Safety, Reliability and Maintainability of Supramar - FRANCE : Bertin - - - - - 104 Hydrofoil Boats, by Baron Hanns von Schertel 213 Ets. Neu - - - - - 105 ROFOlL BERMS - - 219 GERMANY : Stbhr - - - - - 106 Neu - - - - - 106 225 has two fundamental objectives: (a) to estab- Af'tcr coinrnissioning as HXCS Bras #Or THE DE HAYILLAND AIR GRAFT G OM- lish in practice the feasibility of an ocean- in Quebec City, an RCN crew will operate PANK OF GANADA, LlMlTED going hydrofoil of the proposed size and the ship during contractor's acceptance trials. HEAD OFFICE BED wi0~hs: characteristics (b) to evaluate the prototype Rough waxer and operational trials will then Downsview, Ontano, Canada as an ASW system. be conducted by the Hydrofoil Evaluation TELEPHOKE: It is intended that the prototype shall be team at Halifax, N.S. 633-7310 Area Code 416 capable of being developed into a warship. FOILS : The foil system is a canard configura- TELEGRAMS: For operational evaluation the fighting equip- tion of the surfa,ce piercing type and non- Moth Toronto ment is likely to include variable depth sonar retractable. Th.: steeraLle foi! is supercavitat- DIRECTORS: for submarine detection, homing torpedoes ing and designed fer good response in a A. S. Kennedy, Chairman for armament and the ni.cessa.ry facilities for seaway. The subcavitating nmin f~ilcarries Sir Harry Broadhurst navigation, commuilication, radar, command $0 % of the static wuight and is ;i combination W. B. Boggs, President a,nd control. Tactical use of the FHE-400 of surface-piercing and submerged foils. The P. C. Garrett is based upon variable depth sonar as the centre high speed foii section is protected from F. A. Stanley, Vice-president Fiimnce and prime means of submarine detection. ventilation by t,he struts and the dihedral Secretary Treasurer Launching was planned for mid-1966 and foils have full-chord fences to inhibit ventila- D. B. Annan, Vice-president, Operations completion by mid-I970 after contractor's tion. Anhedral foils provide reserve lift at ,4. J. Xachtosh QC, Legal Counsel sea trials, weapon systems installation and take-off and their tips provide roll restoring SENIOREXECCTLVES : systems evaluation. forces at foilborne speeds. W. B. Boggs, President, Chief Executive Officer P. Y. Davond, Vice-president, Marketing VIT. T. Heaslip; Vice-president, Engineering F. H. Buller, Engineering Chief Designer In 1947-49, a 45 ft craft powered by a 1,200 hp Rolls-Royce Merlin was designed by Phillip Rhodes for Cdr D. 1VI. Hodgson RCSR of Montreal for an attempt on the existing water-speed record. At about this time, the Canadian Defense Research Board became interested in the potential operational employment of hydrofoils and Cdr. Hodgson's craft; named the R-100 Xassawippi (after Lake Massawippi, Quebec, the site of its construction and initial tests) was built under the Board's direction. Success of the Massaw-ippi, which displaced 7.5 tons and could reach 55 knots, led to an extensive experimental programme involving Massa- wippi and two subsequent craft, the Bras d'Or and RX. The Bras d'Or, designed and built by Saunders Roe for the Defense FHE prototype on slipway Research Board, was delivered in 1957. The RX is a fully instrumented test bed for testing a wide range of new foil designs. De Havilland have used the craft extensively during their design development programme for the FHE-400. The extensive test experience, t,ogether with that gained from the US programmes, led the Naval Research Establishment to prepare proposals for a 200-ton ASW hydrofoil capable of all-weather operation in the Nort,h Atlantic. At a tripartite conference in January 1960, a group of specialists from the CL'S and Britain reviewed these proposals and concluded that the extension of NRE's work to a prototype craft was desirable. This led to the design and construction of the FHE (fast hydrofoil escort) 400 by De Havilland Aircraft of Canada as design agent for the Canadian Government. F H E-400 In early 1961 the Canadian Department of Defence contracted De HavilIand Aircraft of Canada Ltd for a feasibility and engineering study, based on the NRE ASW hydrofoil I ---- report, which could lead 50 detailed design I i WL at 25 knots and construction of a full-scale craft. The company's recommendations were approved in April 1963. The FEE-400 programme De Havilland FWE-400 ocean going ASW warship 621 ANUFAGTURERS Canada: DE HAVILLAND The struts are a compromise to provide pods at either end of the main foil's fully EMERGENCY POWER: The emergency the optimum fin effect in yaw in conjunction submerged centre section. power unit is an AiResearch GTCP-85-291 with the steerable bow foil. The foils are The FT4A-2, a marine version of the shaft- shaft-coupled turbine rated at 190 hp constructed in maraging steel. turbine engine developed from the JT4 and continuous. In the event of the auxiliary HULL : Hull and superstructure are fabricat- 5 gas turbine, is enclosed by a protective gas turbine becoming unserviceable or being ed from ALCSN D54S, and extensive use is cowling aft of the bridge. in use for the displacement propulsion, this made of large extrusions with integral Shaft power is transmitted to the inboard turbine will power the ship's system. Alter- stringers for the plating. gearbox directly aft of the engine exhaust natively bleed air may be drawn from the Strain gauges are attached to critical points elbow and is then transmitted via dual compressor for main turbine starting. in the hull and foil system so that predicted shafts through each of the two inner struts ARMAMENT : The FHE 400 will be equipped stress levels can be monitored and recorded to the outboard gearboxes in the streamlined with a specially designed detection, data on oscillograph charts or magnetic tape for pods at the intersection of the struts and foils. processing and weapon delivery system. analysis ashore. The dual shafts are combined at the outboard Primary sensor will be a towed sonar and the A crew of twenty will be carried, comprising gearboxes into a single drive, taken through armament consists of lightweight homing eight officers and twelve men. In order to an over-running clutch to each of the two torpedoes. Canadian Westinghouse Co is the maintain crew alertness at all times, comfort- fixed-pitch supercavitating propellers. main contractor to the RCN for the weapons able crew quarters and good messing facilities A governor prevents overspeed if the system which will be installed on the comple- were considered essential