Austrailan Sea Fury WWII
The Sea Fury is a navalised aircraft, capable of operating from the aircraft carriers of the Royal Navy. It was heavily based on preceding Hawker fighter aircraft, particularly the Tempest; features such as the semi-elliptical wing and fuselage were derived directly from the Tempest but featured significant refinements, including significant strengthening to withstand the stresses of carrier landings. While the Sea Fury was lighter and smaller than the Tempest, advanced aspects of the Sea Fury's design such as its Centaurus engine meant it was also considerably more powerful and faster, making it the final and fastest of Hawker's reciprocating engine aircraft.[24]
The Sea Fury Mk X was capable of attaining a maximum speed of 460 mph and climb to a height of 20,000 feet in under five minutes. The Sea Fury was reportedly a highly aerobatic aircraft with favourable flying behaviour at all heights and speeds, although intentional spinning of the aircraft was banned during the type's military service.[25] During flight displays, the Sea Fury could demonstrate its ability to perform rapid rolls at a rate of 100 degrees per second, attributed to the spring tab equipped ailerons.[26] For extra thrust on takeoff Jet Assisted Take-Off (JATO) could be used.[27][28]
Sea Fury F.10 in the livery of a RAN FB.11 aircraft in 2011
The Sea Fury was powered by the newly developed Bristol Centaurus reciprocating engine, which drove a five-bladed propeller.[5] Many of the engine's subsystems, such as the fully automated cooling system, cockpit gauges, and fuel booster pump were electrical, powered by an engine-driven generator supplemented by two independent batteries. The hydraulic system, necessary to operate the retractable undercarriage, tail hook, and flaps, was pressurised to 1,800 psi by an engine-driven pump. If this failed, a hand pump in the cockpit could also power these systems. A pneumatic pump was driven by the engine for the brakes. Internal fuel was stored in a total of five self-sealing fuel tanks, two within the fuselage directly in front of the cockpit and three housed within the wings
Austrailan Sea Fury WWII
The Sea Fury is a navalised aircraft, capable of operating from the aircraft carriers of the Royal Navy. It was heavily based on preceding Hawker fighter aircraft, particularly the Tempest; features such as the semi-elliptical wing and fuselage were derived directly from the Tempest but featured significant refinements, including significant strengthening to withstand the stresses of carrier landings. While the Sea Fury was lighter and smaller than the Tempest, advanced aspects of the Sea Fury's design such as its Centaurus engine meant it was also considerably more powerful and faster, making it the final and fastest of Hawker's reciprocating engine aircraft.[24]
The Sea Fury Mk X was capable of attaining a maximum speed of 460 mph and climb to a height of 20,000 feet in under five minutes. The Sea Fury was reportedly a highly aerobatic aircraft with favourable flying behaviour at all heights and speeds, although intentional spinning of the aircraft was banned during the type's military service.[25] During flight displays, the Sea Fury could demonstrate its ability to perform rapid rolls at a rate of 100 degrees per second, attributed to the spring tab equipped ailerons.[26] For extra thrust on takeoff Jet Assisted Take-Off (JATO) could be used.[27][28]
Sea Fury F.10 in the livery of a RAN FB.11 aircraft in 2011
The Sea Fury was powered by the newly developed Bristol Centaurus reciprocating engine, which drove a five-bladed propeller.[5] Many of the engine's subsystems, such as the fully automated cooling system, cockpit gauges, and fuel booster pump were electrical, powered by an engine-driven generator supplemented by two independent batteries. The hydraulic system, necessary to operate the retractable undercarriage, tail hook, and flaps, was pressurised to 1,800 psi by an engine-driven pump. If this failed, a hand pump in the cockpit could also power these systems. A pneumatic pump was driven by the engine for the brakes. Internal fuel was stored in a total of five self-sealing fuel tanks, two within the fuselage directly in front of the cockpit and three housed within the wings