We want to change that.” AI is one of the most misused tools in modern technology, which is why whenever I see it doing ...

The Amur-SPG rocket is expected to incorporate advanced manufacturing techniques such as the use of composite materials, 3D ...

Blue Origin’s New Glenn rocket is a big deal in the space world. Everyone’s watching to see how they handle the booster ...

In this work, an efficient multistage constant-vector thrust control algorithm is proposed for spacecraft to achieve finite-thrust Lambert transfer considering J2 perturbation. In contrast to most ...

While the fate of NASA’s Space Launch System (SLS) rocket hangs in the balance, the agency is pushing ahead with tests of new components needed to launch the vehicle toward the Moon. The latest test ...

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

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?

SpaceX's Raptor engine is one of the most advanced rocket engines ever built, and it’s rewriting the rules of space travel. In this video, we break down what makes the Raptor so revolutionary ...

SpaceX, National Aeronautics Space Administration (NASA) and Axiom Space are closely watching weather patterns at the Kennedy Space Centre in Florida where Indian astronaut Shubhanshu Shukla and three ...

The AM model is widely used in thrust vector control for smaller rocket engines, first-stage applications and orbital transfer vehicles. Ultra Motion Mechatronics Engineer Tom Quartararo explained, ...

The result? A fully self-training, neural network-based thrust vector control (TVC) system that promises smarter and more efficient stabilization in real time. The journey started with a basic 3D ...