Kratos already has built a hypersonic portfolio with a pair of hypersonic glide vehicles called Erinyes and Dark Fury. Both ...

Rocket-powered vehicles were developed for two primary purposes: spaceflight and weaponry. Guided missiles also appeared in the mid-twentieth century with air-breathing propulsion systems, and these ...

The foundations of propulsion theory will be covered including the analysis and performance of rocket propulsion, spacecraft propulsion and the mechanics and thermodynamics of air breathing propulsion ...

Anduril Industries will develop and qualify a 4.75-inch solid rocket motor for long-range precision rocket artillery.

Kratos Defense & Security Solutions has unveiled an internally funded effort to develop a drone capable of exceeding Mach 5, ...

Kratos' CEO Eric DeMarco disclosed the development of a new internally funded hypersonic drone, with a focus on affordability ...

Rocket hybrid propulsion market is rapidly expanding, driven by military advancements, growing space tourism, and innovative ...

with or without a dedicated propulsion system for a winged rocket stage. The FALCon project (Formation flight for in-Air Launcher 1st stage Capturing demonstration) focused on a solution for return ...

before U.S. Air Force funding was confirmed last month. “We started working on OmegA about three years ago as part of the RPS – the Rocket Propulsion System development activity,” said Mike ...

Aerospace propulsion is ... For example, the rocket design will be mastered from the design lessons and innovations of the rockets of historical importance. The more in depth analysis of the ...

This survey course introduces and discusses: basic lightweight structures, aerospace materials, aerodynamics, air-breathing/rocket propulsion, space environment, energy systems, thermal analysis, ...

This laboratory course examines topics in: basic lightweight structures, aerospace materials, aerodynamics, air-breathing/rocket propulsion, space environment, energy systems, thermal analysis, ...