A Maryland-based company is set to integrate advanced AI-driven sustainment solutions into the U.S. combat aircraft fleet.

Pilots sometimes need to operate at slow speeds—during tight turns and landings, for instance—and good low-speed handling is ...

As competition intensifies for high-value travellers, business and first-class cabins are becoming more private, more ...

NASA Armstrong Flight Research Center advanced multi-mission flight research in 2025, including supersonic testing, ...

The C-17’s fly-by-wire system is central to its short-field performance. Unlike traditional mechanical controls, fly-by-wire ...

The airliner you board in the future could look a lot different from today's, with longer, thinner wings that provide a ...

NASA Armstrong Flight Research Center in 2025 conducted high-speed, supersonic, and hypersonic aircraft tests, supporting aeronautics, air mobility, and Earth observation through experimental flights ...

The present invention overcomes this control allocation problem by using as its foundation a dynamic inversion control law for nonaffine-in-control dynamic systems that was earlier developed by Naira ...

With icing still a prevalent threat to air transport, a European-funded project has been exploring hybrid detection of ice build-up through a combination of new sensor technology and analysis of ...