Britain's groundbreaking satellite launch ends in failure
Send a link to a friend
[January 10, 2023]
By Paul Sandle
NEWQUAY, England (Reuters) -Britain's attempt to become the first
European nation to launch satellites into space ended in bitter
disappointment early on Tuesday when Virgin Orbit said its rocket had
suffered an anomaly that prevented it from reaching orbit.
The "horizontal launch" mission had left from the coastal town of
Newquay in southwest England, with Virgin's LauncherOne rocket carried
under the wing of a modified Boeing 747 called "Cosmic Girl", and later
released over the Atlantic Ocean.
"We appear to have an anomaly that has prevented us from reaching
orbit," the company said. "We are evaluating the information."
The failure deals a further blow to European space ambitions after an
Italian-built Vega-C rocket mission failed after lift-off from French
Guiana in late December.
The rockets have since been grounded.
Europe has suffered a series of setbacks in the past year, with its key
Ariane 6 launcher delayed, access to Russian Soyuz rockets blocked by
the Ukraine war, Vega grounded and now a showcase launch for the
burgeoning small launcher industry abandoned.
Virgin Orbit had initially said on Twitter that LauncherOne had reached
earth orbit, a tweet it later deleted.
"Over the coming days there will be an investigation by the government
and various bodies, including Virgin Orbit," Matt Archer, Commercial
Space Director at the UK Space Agency said.
Virgin Orbit, part-owned by British billionaire Richard Branson, had
planned to deploy nine small satellites into lower Earth orbit (LEO) in
its first mission outside its United States base.
The mission had been heralded as a historic first for Cornwall, Britain
and Europe, and thousands of enthusiasts watching from beside the runway
cheered when "Cosmic Girl" took off and when they were told the rocket
had been deployed.
The crowd quickly and quietly dispersed following the announcement of
failure.
[to top of second column]
|
People watch Britain's first satellite
launch on a screen, at Cornwall Airport Newquay, in Cornwall,
Britain January 9, 2023. REUTERS/Henry Nicholls
MISSION FAILURE
A mission failure would be the second in Virgin Orbit's history
since its first launch in 2020. The company has had four successful
missions.
Archer, at the UK Space Agency, said the a first stage burn had
taken the rocket into space but the second stage had a "technical
anomaly and didn't reach the required orbit".
A graphic display on an official video feed showed the mission at
second-engine cut-off, three steps short of payload deployment about
two hours after take-off.
The war in Ukraine has highlighted the importance for tactical
military purposes of smaller satellites, like those being launched
from Newquay, which can get into low orbit at much shorter notice
than bigger ones.
It was not immediately clear how the failure, which will have to be
investigated, would affect the timing or location of future
missions. Virgin Orbit Chief Executive Dan Hart told reporters on
Sunday that the company hoped to return to Newquay before the end of
2023.
Britain says it is the leading non-U.S. manufacturer of satellites,
with 47,000 people employed in its space industry, and has called
for the development of multiple potential microlaunch sites
including two vertical launchpads in Scotland.
The UK Space Agency had described the Cornish mission as a moment of
national pride for Britain's growing space industry while Britain's
minister for science, George Freeman, told Reuters at the spaceport
that it was a "historic moment".
"Lots and lots of things have been achieved and yet the milestone is
obviously disappointing," Archer said. "But we will continue to
press on and we will get there in the end."
(Additional reporting by Tim Hepher and Joey Roulette, Editing by
Nick Macfie, Kate Holton and Sandra Maler)
[© 2023 Thomson Reuters. All rights
reserved.]This material may not be published,
broadcast, rewritten or redistributed.
Thompson Reuters is solely responsible for this content. |