British Engineers test new configuration of fighter jets in high speed wind tunnel
by BAE systems from press release
| 2014/05/13 | 119 words
| AVIATION WORLD NEWS | DEFENCE
A geometrically perfect 1/12th scale model of a Typhoon fighter jet, equipped with conformal fuel tanks, is undergoing high-speed wind tunnel testing at our facility in Warton, Lancashire.
Our engineers, are using high speed wind tunnels to assess the aerodynamic characteristics of Typhoon Tranche 3 aircraft when equipped with two fuselage-mounted conformal fuel tanks. The Tranche 3 is the third and latest version of the jet.
The testing uses a geometrically perfect 1/12th scale model of the aircraft, made from light alloy and hardwood, with the new fuel tanks created to scale using 3D printing – or Additive Layer Manufacturing (ALM) – techniques.
Conformal fuel tanks could increase the future operational range and flexibility of the Typhoon aircraft due to increased fuel capacity.
The cooperation between AAR and BAE Systems Regional Aircraft on regional jet components is picking up speed. On 9th October, the American MRO company announced that i...
Eurofighter Typhoon’s Programme Capability Manager has announced that work on integrating major new capabilities on to the aircraft is now ‘well advanced’ and ‘deliver...
The UK Ministry of Defence has provided £1.7 million of funding to research a common weapon launcher for Typhoon that could be capable of carrying multiple weapons and...
Aviation and aerospace newsletter
Receive all the aeronautical news directly in your inbox
A final assembly facility for the world’s most versatile and reliable fast-jet fighter could be built in Indonesia it has been re-confirmed this week - if the Nation c...
The trial fit is an important milestone in demonstrating the integration of the missile with the aircraft and follows the successful completion of an initial £5M study...
Lancashire, United Kingdom: A Typhoon aircraft has successfully completed the first in a series of live firings of the MBDA Meteor Beyond Visual Range Air-to-Air Missi...