Slingsby Firefly Aerobatics - IWM Duxford Best of 2021 Flying Day скачать в хорошем качестве

Slingsby Firefly Aerobatics - IWM Duxford Best of 2021 Flying Day

Rod Dean flying aerobatics in Slingsby T67 Firefly, G-BNSR, at the Imperial War Museum Duxford during the 'Best of 2021 Flying Day'. The Slingsby T67 Firefly, originally produced as the Fournier RF-6, is a two-seat aerobatic training aircraft, built by Slingsby Aviation in Kirkbymoorside, Yorkshire, England. It has been successfully used by the UK armed forces, with the Royal Air Force using 22 Slingsby T67M260s as their basic trainer between 1995 and 2010. Over 100,000 flight hours were flown out of RAF Barkston Heath by Army, Royal Navy and Royal Marines students, who lived on camp at RAF Cranwell, and at RAF Church Fenton with RAF and foreign students were accommodated at RAF Linton-on-Ouse, bussed to and from the airfield daily. The Slingsby has also been used by the Royal Hong Kong Auxiliary Air Force, the Royal Jordanian Air Force (still currently used), and other military training schools around the world for many years. Also, in December 2012, the National Flying Laboratory Centre at Cranfield University in the UK acquired a T67M260 to supplement its Scottish Aviation Bulldog aerobatic trainer for MSc student flight experience and training. The Slingsby is a very competent basic trainer and is still operated by many private individuals for standard-level aerobatics training. The RF-6 was designed by René Fournier, and first flew on 12 March 1974. An all-wooden construction, it featured a high aspect-ratio wing echoing his earlier motorglider designs. Fournier set up his own factory at Nitray to manufacture the design, but after only around 40 had been built, the exercise proved financially unviable, and he was forced to close down production. A four-seat version was under development by Sportavia as the RF-6C, but this demonstrated serious stability problems that eventually led to an almost complete redesign as the Sportavia RS-180. In 1981, Fournier sold the development rights of the RF-6B to Slingsby, which renamed it the T67. The earliest examples, the T67A, were virtually identical to the Fournier-built aircraft, but the design was soon revised to replace the wooden structure with one of composite material. Slingsby produced several versions developing the airframe and adding progressively larger engines. The Slingsby T67M, aimed at the military (hence "M") training market, was the first to include a constant-speed propeller and inverted fuel and oil systems. Over 250 aircraft have been built, mainly the T67M260 and closely related T-3A variants. Although operated successfully in the United Kingdom and Canada, the program would end in the United States because of a fatal crash following an engine failure. The type was meant to not only replace the Cessna T-41 introductory trainer, but also to meet the Enhanced Flight Screening Program (EFSP) requirements. The US Air Force has no replacement for this type, as it no longer provides training to non-fliers. The aircraft were eventually declared in excess of need in the early 2000s (decade) and disposed of by scrapping in 2006. Certified on 11 November 1993, the T67M260 added even more power with the six-cylinder 260 hp (190 kW) Lycoming AEIO540-D4A5 engine, three blade constant speed prop. Unusually for side-by-side light aircraft, the T67M260 was built to be flown solo from the right-hand seat to allow student pilots to immediately get used to the left-hand throttle found in most military aircraft – earlier models of the T67M had a second throttle on the left-hand sidewall of the cabin. A total of 51 T67M-260s were produced. They were used to successfully train hundreds of RAF, RN, British Army, and foreign and Commonwealth pilots through Joint Elementary Flying Training School until late 2010. Video and Audio content is Copyright © High Flight This video and audio material may not be reproduced in any form (except as the videos Youtube embedded video option on any other website), without written permission.