What we’re actually witnessing here is a wonderful example of the nozzles’ Thrust Vector Control (TVC) mechanism, a technique used in rocketry and aerospace engineering to steer a rocket or ...

When it comes to moving around, most things rely on pushing against the ground or the air or the water, so how do rockets do it in outer space?

While the fate of NASA’s Space Launch System (SLS) rocket hangs in the balance, the agency is pushing ahead with tests of new ...

NASA’s first big test of the core stage of its Space Launch System rocket had to be cut dramatically ... control system safely moves the engines. There is a thrust vector control (TVC ...

NASA followed last week's low-key engine test with the test-firing of a solid-fueled booster at Northrop Grumman's rocket ...

His development program was comprehensive, with static test vehicles, a low-altitude hopper, and extensive testing of the key technology: thrust-vector control. His rocket uses two solid ...

Thrust vector control allows the rocket's engine to pivot around in a gimbal, providing control over the rocket's flight path." Especially impressive is the fact that the rocket's flight is ...

While NASA’s Artemis program may ultimately abandon the Space Launch System rocket, for now, Melbourne-based L3Harris is ...

It was operated with a 20.2t thrust level for the first 40 s, followed by an operation at 20t off-nominal zones before operating it at 22.2 t for duration of 435 s, by moving the thrust control valve.

What we’re actually witnessing here is a wonderful example of the nozzles’ Thrust Vector Control (TVC) mechanism, a technique used in rocketry and aerospace engineering to steer a rocket or ...