The first test launch of a rocket that is released from a jumbo jet at 35,000 feet and then propels itself into orbit to deploy a satellite failed on Monday, the Virgin Orbit company said.
"The mission terminated shortly into the flight. Cosmic Girl and our flight crew are safe and returning to base," Virgin Orbit's Twitter account reported as the test was underway off the coast of California.
The plane released the rocket cleanly, but the latter developed trouble of unknown origin after igniting its first-stage engine, the company said.
Founded by British billionaire Richard Branson in 2012, Virgin Orbit wants to offer a quick and flexible launch service for operators of small satellites, weighing between 300 and 500 kilos (600 to 1,00 pounds), a market which is currently booming.
The 70-foot (21-meter) Virgin Orbit rocket, named LauncherOne, does not take off from a vertical lift off, but rather is strapped to the underside of a wing on a converted Boeing 747 named Cosmic Girl.
When it reaches the required altitude, the plane releases the rocket, whose own engine fires up to push it into Earth's orbit and place its payload in space.
The company said that the initial phase of the test worked after Cosmic Girl took off from an airfield in the Mojave desert where a number of space launch companies are based.
The plane flew to a designated area over the Pacific Ocean, off the coast of Los Angeles, for the rocket release.
"Cosmic Girl has released LauncherOne!" the company said on Twitter.
"We've confirmed a clean release from the aircraft," it added three minutes later, but noted that the mission had been terminated.
Hours later the company explained: "LauncherOne maintained stability after release, and we ignited our first stage engine, NewtonThree. An anomaly then occurred early in first stage flight. We'll learn more as our engineers analyze the mountain of data we collected today."
Before the test flight, the company had stressed that "this mission is the most technically complex thing we've tried to achieve yet."
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