Home >> Features >> Tech for License >> Aircraft Support Via a Vortex-Ring Cushion Projector
Attention: open in a new window. PrintE-mail

Aircraft Support Via a Vortex-Ring Cushion Projector

advertisement:

An all-terrain, multi-role, hover-capable aircraft has a fuelefficient, rugged, vertical take-off and hover propulsion system. A raised-height, dispersal-resistant hover cushion is projected over the ground by the device as two bisected concentric streams of rotating and counter-rotating torus flume rings. The aircraft is able to clear trees and obstructions above terrain that would be prohibitive for a hovercraft.

The vehicle works in a way similar to James Dyson’s cyclone vacuum cleaner, which sucks in dust and air relatively slowly, but spins out the heavier dust particles more rapidly, retaining them at the bottom of its drum before ejecting the separated air. In the engine, however, the “dust” is actually added to the sucked-in air inside the “drum” as fuel vapor, mixing thoroughly into the spinning air, which is then ignited and accelerated while still spinning, expanding out of the opentapered exhaust as a pulse of still-burning fuel-air.

Get the complete report on this technology at:
www.techbriefs.com/tow/200809b.html
Email: This e-mail address is being protected from spambots. You need JavaScript enabled to view it
Phone: 781-972-0600

Dedicated to helping you design better products in a digital world... your guide to the latest tools & techniques for digital prototyping, simulation, and analysis of the real-world performance of your ideas. Visit the Digital Design Center

>> Newsletter

Subscribe today to receive the INSIDER, a FREE e-mail newsletter from NASA Tech Briefs featuring exclusive previews of upcoming articles, late breaking NASA and industry news, hot products and design ideas, links to online resources, and much more.

Your name:

Your email:

Please Subscribe me to the Insider