transonic truss-braced wing

Cleared Direct Aug 30, 2026

The X-66A, NASA's Transonic Truss-Braced Wing, and the Long Thin Geometry That Could Rewrite the Fuel Economics of Commercial Aviation

NASA and Boeing's X-66A targets a 30% fuel burn reduction for single-aisle jets through a radical high-aspect-ratio truss-braced wing design.

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Cleared Direct Aug 25, 2026

The Transonic Truss-Braced Wing, NASA's X Sixty-Six A, and the Ultra-Thin Wing Bet That Could Reshape Commercial Aviation

NASA and Boeing's X-66A demonstrator tests a structurally braced ultra-high-aspect-ratio wing that could reduce narrowbody jet fuel burn by roughly 30 percent.

Vector

Cleared Direct Aug 14, 2026

The NASA X Sixty-Six, Boeing's Transonic Truss-Braced Wing, and the Skinny High Airplane Wing Held Up by a Strut That Wants to Cut Airliner Fuel Burn by Thirty Percent

NASA and Boeing's X-66 revives the strut-braced wing to cut narrow-body airliner fuel burn by up to 30 percent.

Vector

Cleared Direct Jul 27, 2026

The Boeing X Sixty-Six, NASA's Transonic Truss-Braced Wing, and the Skinny High-Aspect Wing That Wants to Rewrite the Airliner

The Boeing X-66 is a NASA experimental jet with a long, strut-braced wing designed to cut airliner fuel burn by up to 30%.

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Cleared Direct Apr 24, 2026

The NASA and Boeing transonic truss-braced wing and the radical airplane shape that could cut fuel burn by thirty percent

NASA and Boeing's transonic truss-braced wing concept could cut airliner fuel burn by 30%, reshaping commercial aviation.

Vector