T-45A/C Goshawk

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The T-45A/C Goshawk is the US Navy's two-seat advanced jet trainer. The aircraft is jointly manufactured by Boeing and B Boeing (USA) and British Aerospace (UK) 16 April 1988 1 to 3 January 1992 In operation with the US Navy 39ft 3in (11.97m) 35ft 9in (10.89m) 30ft 10in (9.39m) 14ft (4.27m) 179.6ft² (16.69m²) 12,758lb (5,787kg) 9,399lb (4,263kg) 2,893lb (1,312kg) Carrier qualification missionHi-lo-hi operation including arrested landings, catapult launches and waveoffs with 20 minutes of fuel reserves and 20 minutes of excess reserves 100nm 3 hours 10 minutes 121kt 115kt 570kt 540kt 40,000ft +7g to -3g Attitude Heading Reference System (AHRS)Smiths Industries HUDUHF/VHF communicationsVHF Omnidirectional Radio range / Instrument Landing System (VOR/ILS)Radar altimeterIFF systemNavstar GPSMIL-STD-1553B databus Single fuselage centreline pylon for baggage pod or similarSingle pylon under each wing for practice bombs, rocket podsor an auxiliary fuel tank 1 x 5,730lb st (25.5kN) Rolls-Royce Ardor mk871 turbofan (unreheated) Strengthened for carrier-borne operations 5,730lb st (25.5kN) 5,845lb st (26kN) The T-45A/C Goshawk is the US Navy’s two-seat advanced jet trainer. The aircraft is jointly manufactured by Boeing and BAE Systems. The T-45A was selected to meet the US Navy requirement for an undergraduate jet pilot trainer to replace the TA-4J Skyhawk and T-2C Buckeye. The TA-4J was retired in 2003 and the T-2C in August 2008. The T-45A entered service with the US Navy in January 1992. 200 T-45 Goshawks have been delivered to the US Navy and Marine Corps and a total of 234 is planned. Deliveries are scheduled to conclude in 2009. The current production model is the T-45C which has a glass cockpit. The T-45TS pilot training scheme includes advanced simulators and computer-assisted instruction, as well as training flight programmes. The T-45 Goshawk is a navalised version of the BAE Systems Hawk advanced jet trainer, selected by the Royal Air Force and flown by the Red Arrows acrobatic display team. Boeing, in St Louis, acts as prime contractor with responsibility for the manufacture of the forward fuselage and cockpit, overall systems integration, final assembly, flight test, and integrated logistic support. BAE Systems is responsible for manufacture and assembly of the sections aft of the rear cockpit bulkhead, which include the wings, centre and rear fuselage, fin, tailplane, air intake, tailcone, speedbrake, windscreen, canopy, and flight controls. BMW Rolls-Royce is responsible for the powerplant and Raytheon for the simulators. To meet the needs of the US Navy training mission and to ensure aircraft carrier compatibility, several modifications to the basic Hawk airframe were incorporated into the T-45 Goshawk design, including: new twin nose-wheel with catapult launch T-bar; nose-wheel steering for manoeuvring within the confines of the carrier deck; strengthened airframe and undercarriage for catapult launches; relocated speed brakes; provision of under-fuselage tailhook; revised avionics and modified cockpit layout for compatibility with front-line US Navy combat aircraft. The cockpit is air conditioned and pressurised by an engine air bleed system. Smiths Industries supply the head-up display (HUD) fitted with a video camera system for post-mission analysis, primary and secondary air data indicators, and weapon aiming computer and display. Cockpit 21 is a new digital cockpit that replaces the analog cockpit used in earlier T-45A aircraft and improves the US Navy’s ability to train pilots for the F/A-18 Hornet, the AV-8B Harrier II and other carrier based aircraft. The first T-45A equipped with Cockpit 21 successfully completed its first flight in October 1997 from Lambert International Airport in St Louis. T-45 aircraft equipped with Cockpit 21 are designated T-45C. The cockpits are equipped with two monochrome 5in multifunction displays supplied by Elbit, which provide navigation, weapon delivery, aircraft performance and communications data. Martin Baker mk14 NACES ejection seats are fitted. In November 2007, Boeing was awarded a contract to fit 19 T-45C trainers with a virtual mission training system (VMTS) which will provide a synthetic radar training facility to emulate an existing F/A-18 radar system and include capabilities such as a radar warning receiver, air-to-air weapons simulation, and fleet representative radar controls. Elbit Systems was selected to supply the VMTS in June 2008. The VMTS is planned to be operational by 2010. The aircraft is not armed, but has a single pylon installed under each wing for carrying bomb racks, rocket pods or auxiliary fuel tanks. A single baggage pod can also be carried on the single fuselage centreline pylon. A gun sight supplied by CAI Industries is fitted in the rear cockpit. The avionics suite includes an attitude heading and reference system (AHRS) designation AN/USN-2, a Rockwell Collins AN/ARN-144 VHF omnidirectional radio range and instrument landing system (VOR/ILS), a Honeywell AN/APN-194 radar altimeter and a Northrop grumman (formerly Litton) LN-100G ring laser gyroscope integrated with a Rockwell Collins global positioning system and Kalman filter. The communications system consists of a UHF/VHF AN/ARN-182 radio from Rockwell Collins and a Honeywell AN/APX-100 Identification, Friend or Foe system (IFF). The T-45 Goshawk is powered by a single Rolls-Royce navalised Adour mk871 twin-spool non-afterburn turbofan engine. The casing has been adapted and strengthened for carrier-borne operations. The engine provides an average thrust of 26kN. The fuel management and gauging system and the engine-mounted sensors are supplied by Smiths Industries. 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