So this design is not only tried and true ... This involves a system of hydraulic actuators that adjust the direction the rocket nozzle is pointing. Along with not offering a ton of control ...

However, if a rocket nozzle could somehow adjust to barometric ... In addition, the company believes it can overcome some of the engine’s design challenges—specifically, how to cool the ...

Since the 1950s rocket engineers have toyed with the idea of a novel engine design that could –- in theory –- revolutionize the way we conceive of space travel. The aerospike might sound like ...

The Centrifugal Nuclear Thermal Rocket (CNTR) is a Nuclear Thermal Propulsion (NTP) concept designed to heat propellant ...

An overheated rocket engine nozzle caused the failure of this launch ... The investigation found that a design change led to the problem, which is being fixed, according to Blue Origin.

We also learned about rocket nozzle design by discovering that the diameter of the hole in the bottom dictated whether the rocket would blow up or just lay on its side and spew. Somewhere in there ...

LEAP71, a Dubai-based startup, has achieved a significant milestone by successfully test-firing a prototype aerospike engine in the United Kingdom. Aerospike engines, known for their unique design ...

Engineers tracked the problem to an overheated rocket nozzle. The incident prompted changes to the design of the combustion chamber and nozzle, and grounded Blue Origin's test flights for 15 months.

ULA CEO Tory Bruno emphasized that Vulcan's design caters to specific orbits ... found that there was an issue inside the nozzle on the solid rocket booster. Unlike SpaceX Falcon 9 — which ...

In 2014, the Phoenix-1A rocket – the first to be developed by ASReG – launched but failed to achieve the desired altitude due to a nozzle failure ... aerospace systems design, and ...