Mishap ends Nasa robotic test craft mission early

A mishap ended the mission of a computer-controlled Nasa robotic spacecraft prematurely after it came within 300ft (91.44m) of a Pentagon satellite, officials said today.

Mishap ends Nasa robotic test craft mission early

A mishap ended the mission of a computer-controlled Nasa robotic spacecraft prematurely after it came within 300ft (91.44m) of a Pentagon satellite, officials said today.

The spacecraft was able to track the satellite 472 miles (759.58km) above Earth without the help of astronauts or human controllers, but ended its approach after the mishap last night and sent itself into orbit, Nasa said in a statement.

“The mission did accomplish many of its objectives,” Nasa spokesman Steve Roy said. “They’re looking at several possibilities that could’ve caused the early retirement of the spacecraft.”

Nasa said it was convening a mishap investigation board to determine the cause. Mission manager Jim Snoddy and representatives from Orbital Sciences Corp, which built the 800lb (362.88kg) craft, were not immediately available for comment.

The 110 million US dollar mission, which was to last 24 hours, was intended to help lay the groundwork for future projects like robotic delivery of cargo to space shuttles and automated docking and repair between spacecraft in orbit.

The DART spacecraft – short for Demonstration of Autonomous Rendezvous Technology – was mounted and launched from an aircraft yesterday morning. The mission originated at Vandenberg Air Force Base, California.

DART was to attempt several automated tasks during the mission, including manoeuvering around the Pentagon satellite, making close approaches and moving away. The satellite was launched in 1999 and carries special reflectors for use in guidance systems similar to the one aboard DART.

DART, which will eventually degrade in orbit until it burns up, is managed by Nasa’s Marshall Space Flight Centre in Huntsville, Alabama.

Previously scheduled DART launches last fall were scrapped due to technical problems and poor weather.

More in this section

Cookie Policy Privacy Policy Brand Safety FAQ Help Contact Us Terms and Conditions

© Examiner Echo Group Limited