China has surpassed the US in the race to develop practical scramjet-powered land-based systems, ...

China displayed the CJ-1000 road-mobile cruise missile, along with the ship-launched YJ-19, during the Victory Day military ...

Synopsis: The X-20 Dyna-Soar was a Cold War-era attempt to build a reusable, piloted, winged spaceplane that could ride a ...

Hitting a target with a missile anywhere in the world in less than an hour – that’s the Pentagon’s goal with its ongoing development of hypersonic weapons. Moving from the experimental phase to ...

At the PARI Hypersonics Advanced Manufacturing Technology Center (HAMTC), from left: Nate Humbert, lead additive manufacturing engineer, GE Additive; Will DeVerter, aeronautics and astronautics ...

Today scramjet propulsion is the subject of continued study, as it appears to be one of the most promising methods of powering hypersonic weapons and aircraft. So, you may be surprised to learn that ...

A Brisbane-based hypersonics start-up is preparing to go suborbital, with a launch window later this month to test its scramjet technology over the Atlantic Ocean.

The multi-award-winning SPARTAN scramjet engine is now available in Inconel 718, 3D- printed in Australia in cooperation with Amiga Engineering, capable of speeds of up to Mach 7. This technology ...

The race to field reusable hypersonic aircraft got a whole lot hotter last month, with GE Aerospace announcing a breakthrough in high-speed jet engine design that could potentially allow conventional.

The Senate Appropriations Committee has approved funding for research on new technology that could one day allow planes to travel anywhere in the world within two hours. The $25 million research ...

A team at the Purdue Applied Research Institute (PARI), the university’s research and development center, is using state-of-the-art additive-manufacturing equipment to print a full-scale, fully ...