[Sam Rogers] and colleagues at [AX Technologies] have been testing and developing a small liquid-fueled rocket engine and successfully used vortex cooling to protect a resin 3D printed combustion ...

Most any rocket engine you’d find on a spacecraft – save for solid or hybrid rockets – use an engine system that’s fairly complex. Because of the intense heat, the fuel is circulated ...

D printed rocket engines reshape launch economics, offering low-cost, high-precision propulsion for the satellite industry.

For the first time, engineers have created a fully 3D-printed ... engines use electric fields to create high-speed jets of charged droplets to propel spacecraft. These small engines are well ...

Let's have a look at top 7 points about the 3D-printed rocket engine: The engine that the space agency tested is the PS4 engine used in the Reaction Control System (RCS) of the upper stage (PS1 ...

But today, the company announced a €23mn Series A funding round as it looks to ramp up development of its 3D-printed aerospike rocket engine. Among the investors was André-Hubert Roussel ...

Los Angeles-based Rocket Lab is the first private company dedicated to small satellites—which ... which saves mass, and its engines are made using 3D printers, which saves labor.

However, during the first attempt to launch the world’s first 3D-printed rocket, an automation issue popped up just after the engines began igniting. The company aborted the flight, pushing it ...

Video: Relativity Space CEO Tim Ellis on 3d-printed rockets and the future In 2017, Relativity Space began developing its first rocket, a relatively small, 3D-printed vehicle called the Terran 1.

A seminar on biomedical 3D printing was held on BC’s main campus on March 27. The two main speakers were Biology professor Tatevik Broutian and Engineering professor Travis Steele. With a little being ...

Relativity Space announced it has begun production on the Terran R rocket aiming for a late 2026 launch from Cape Canaveral while also switching up CEOs.