-Thrust vectoring gives fighters a party trick with real teeth: by swiveling engine exhaust, jets can pivot, claw for lift, tighten turns, even flirt with a hover. -The F-22, Su-30/35, Su-57—and ...

A couple of weeks ago, an experienced Eurofighter Typhoon industry test pilot wrote to The Aviationist to respond to a Lockheed F-35 test pilot who, talking to Flight’s Dave Majumdar had claimed that ...

Thrust vectoring is the technology that allows an aircraft to manipulate the direction of its engine's exhaust rather than just pointing it straight backward. By using movable nozzles to redirect ...

Fighter jets have been around since the Messerschmitt Me 262 took to the skies in 1944. Since then, there have been five distinct generations of fighter jets, with each new generation introducing ...

Modern thrust vectoring in turbofan and rocket nozzles has traditionally been performed using mechanical actuation. However, recent research has identified fluidic thrust vectoring as a promising ...

Thrust vectoring—essentially redirecting the plane’s exhaust flow—allows modern fighters to quickly change direction, giving them an edge in close combat. Thrust vectoring nozzles are one of the most ...

In a 2018 Zhuhai airshow in China, a specially modified Chengdu J-10B single-engine multi-role jet wowed audiences with a series of jaw-dropping maneuvers including the famous Pugachev’s Cobra and the ...

Think about thrust vectoring and the image that probably springs to mind is that of an experimental fighter wowing the crowds at an air show, as the pilot pulls off seemingly impossible post-stall ...

The EJ230 jet engine burns 5% less fuel burn, produces 7% more thrust, uses 20% less runway for takeoffs and landings, and of course is much more agile. Stay connected to your community and take full ...

When one thinks about fighter jets, no matter their size and regardless of whether they are piloted or autonomous, the first thing that comes to mind is a runway. Aircraft of this kind need to ...

Ground trials are underway for a vectored thrust prototype developed under a £6.5 million ($10.4 million) UK project to develop technologies for an unmanned air vehicle with no conventional control ...