Shield AI and GE Aerospace on Monday said they have completed integration of an advanced vectoring exhaust nozzle, including actuation and engine light-off testing, into the engine that will power the ...

The next fighter jet may not need a runway. Shield AI and GE Aerospace have completed a critical propulsion test for X-BAT, an autonomous strike aircraft built to take off and land vertically. The ...

American defense company Shield AI tested the Axisymmetric Vectoring Exhaust Nozzle (AVEN) tech for the X-Bat combat drone ...

A fighter jet that needs no runway is a step closer to flight. Shield AI and GE Aerospace say they have completed engine light-off testing for the X-BAT. It is an AI-piloted strike aircraft, built to ...

The company has three X-BAT fuselages in build, with three engines and two nozzles, Hawkes says. The second nozzle is a hybrid of old and new parts, he says. To take off vertically, the X-BAT would ...

In a critical milestone towards the first flight later this year, Shield AI and GE Aerospace integrated the X-BAT with the ...

Iranian missiles have become more advanced and 'smarter,' five months into the war according to US Intelligence reports. As ...

GE Aerospace and Shield AI have completed a key propulsion test that moves the X-BAT vertical takeoff strike aircraft closer ...

Shield AI developed the X-Bat uncrewed aircraft system (UAS), powered by the GE Aerospace F110-129E engine, which utilizes thrust vectoring for vertical takeoff and recovery from a mobile docking ...

Abstract: Torque vectoring can enhance dynamic stability and concurrently enable efficient energy management in electric vehicles (EVs) through optimized torque distribution. Nevertheless, ...

Abstract: This paper introduces a new torque vectoring (TV) algorithm with regards to enhancing the cornering performance of the electronic-four-wheel drive (e-4WD) vehicles. The proposed TV algorithm ...