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BETA Technologies uses Near Earth to accelerate the development of autonomous aircraft

BETA Technologies, a maker of electric aircraft, announced on Thursday that it has partnered with Near Earth Autonomy in order to develop unmanned aircraft for the military. Flight testing is expected to start during the first half 2026.

BETA CEO Kyle Clark said that the development and full demonstration could take up to one year, and it would be possible to deploy in 18 to 36 month.

He said that the process of defense procurement could alter this.

BETA, a company that designs and manufactures electric airplanes and propulsion systems said Near Earth brings expertise and experience in autonomous systems. Near Earth has developed these systems for the U.S. Military and major aerospace companies.

Companies in the industry are exploring defense and logistic markets to diversify their revenue streams. This is pushing developers to improve autonomous capabilities to gain a competitive edge.

Clark stated that there is a demand for "hundreds" of aircrafts per year, but only at the lower end. Clark said that the ongoing Russian war in Ukraine shows how important aerial logistics is.

Vermont-based company, Near Earth, plans to use the work it has done with military users and commercial carriers such as its current partners UPS and Bristow to expand their products. The company has been developing its own autonomy systems since several years, and raised $1 billion through an IPO at the New York Stock Exchange in early October.

Shawn Hall said that recent signals from U.S. Defense and Transportation agencies indicate a faster deployment of autonomous aircraft.

BETA's collaboration with Near Earth complements the work it has done with GE Aerospace on a turbo-generator, as well as its own expertise in developing electric aircraft. Clark stated that its propulsion work with GE would give it vehicles a greater range, payload and speed. "And then you add the autonomy to that, you get an aircraft which further increases its capabilities, removes the weight of the system and the pilot, so that the payload goes higher," and can operate in contested space, reducing the risk for people. He said, "We have all the pieces to meet a very important need of the United States Military." Reporting by Shivansh Tiwary and Dan Catchpole, Seattle; editing by Vijay Kishore

(source: Reuters)