Tom's Hardware on MSN
US Army successfully flies a hybrid electric drone with 3D-printed heavy-fuel rotary engine
The US Army VICTOR drone uses an optimized heavy-fuel rotary engine developed with metal 3D printing for rapid prototyping.
The Army Research Office released “ARO Year in Review Fiscal Year 2025,” commemorating 75 years of creating, directing ...
Years of ARL scientific research culminated in the successful flight demonstration of a 3D-printed heavy-fuel rotary-engine ...
New power poles have been placed on Pikes Peak, helping reduce the risk of wildfires and improving system reliability.
The U.S. Army has demonstrated a 3D-printed heavy-fuel rotary-engine series-hybrid propulsion system in flight aboard the VICTOR unmanned aircraft. The research supports development of midsized ...
Takeaways Up Front 1. DEVCOM Army Research Laboratory announced a flight demonstration of a 3D-printed heavy-fuel rotary engine powering its Group 3 ...
A new propulsion design is giving the US Army’s VICTOR drone a different kind of power, combining a 3D-printed rotary engine ...
Interesting Engineering on MSN
US Army flies first 3D-printed heavy-fuel engine to extend tactical drone range
Military drones may soon fly longer, climb higher, and operate without dedicated liquid cooling ...
The U.S. Army Research Laboratory flew its VICTOR drone on a 3D printed heavy-fuel rotary engine. Metal printing helped make ...
US Army researchers complete a flight demonstration of a heavy-fuel hybrid drone propulsion system incorporating metal Additive Manufacturing components.
The US Army has tested a drone powered by a hybrid propulsion system manufactured using 3D printing. The engine runs on heavy ...
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