It'll fly instead using Active Flow Control (AFC), using a series of nozzle arrays along the wings connected to a pressurized air system, capable of blowing controlled bursts of air that can directly ...

The X-65 Active Flow Control demonstrator continues to make progress, with the fuselage now mated with its wing as the first flight remains planned for 2027. The assembly of the Active Flow Control ...

Aurora Flight Sciences and DARPA hope to see the X-65 drone fly next year after suffering delays and cost growth.

Boeing subsidiary Aurora Flight Sciences has won a US defence contract to develop an experimental aircraft that can fly without traditional control surfaces like rudders, flaps and ailerons. The US ...

Pressurized-air active flow-control effectors are embedded in the upper surfaces of all the X-plane’s wing panels. Credit: Aurora Flight Sciences Boeing subsidiary Aurora Flight Sciences has won a ...

The X-plane, designated X-65, aims to demonstrate the benefits of active flow control at tactically relevant scale and flight conditions. Aurora Flight Sciences, a Boeing company, has begun ...

The Boeing subsidiary is designing an aircraft for the US military that can fly without traditional mechanical control surfaces, as part of an attempt to increase aerodynamic performance. Boeing ...

DARPA wants to develop and fly a demonstrator aircraft that does not use external mechanical flight controls. Aurora plans to fly an X-Plane in 2025. The Defense Advanced Research Projects Agency ...

Credit: Aurora Flight Sciences. Boeing subsidiary Aurora Flight Sciences has won a potential $42.2 million DARPA contract to build and fly an X-plane to demonstrate the benefits of designing an ...

DARPA has awarded a contract to Aurora Flight Sciences to build a full-scale aircraft called the X-65. It will test a new technology that replaces moving control surfaces with Active Flow Control (AFC ...

This year the world will be celebrating 120 years since the historic first flight of Orville and Wilbur Wright, an event which marked the start of humanity’s expansion into the skies (and later into ...

Aviation, as humanity has been experiencing for the past 120 years or so, means an aircraft needs engines to take off and fly, wings to keep it in the air, and physical control surfaces (stabilizers, ...