Simulating a Smooth Ride to Stabilize Air Taxis

When air taxis begin shuttling us around, the rides they offer will need to be safe and smooth. These small electric aircraft will be nimble enough to operate in cities, but sudden gusts of wind could cause a turbulent flight.
To nip that unstable motion in the bud, NASA is researching a system that could actively suppress it, with the help of high-performance computer simulations. The computations needed to evaluate the conceptual system for active air taxi stabilization required the capabilities of the Pleiades supercomputer at the NASA Advanced Supercomputing facility.
Top Stories
INSIDERUnmanned Systems
Airbus, Boeing Reveal New Autonomous Aircraft Technologies at ILA Berlin 2026
INSIDERElectronics & Computers
A Joint Laser Weapon System for Next Generation Drone and Cruise Missile Defense
NewsElectronics & Computers
Mercedes-AMG Unveils Racing-Inspired EV
NewsCommunications
We Ride Along in Slate's $25,000 Electric Pickup
Q&APower
Volvo Turns Attention to Vocational Trucks
INSIDERUnmanned Systems
Hermeus Quarterhorse Completes First Uncrewed Supersonic Flight
Webcasts
Power
Hydrogen & Alternative Fuels Summit 2026
Transportation
Engineering Extended-Range Hybrid Systems
AR/AI
Why Your Integration Stack Is Blocking Your AI Roadmap
Transportation
Hybrid-Electric Solutions for Off-Highway Vehicles
Defense
Agentic AI for Aerospace: Faster Design-to-Cost Cycles, Faster...



