Russian anti-satellite missile test draws condemnation

The US has condemned Russia for conducting a "dangerous and irresponsible" missile test that it says endangered the crew aboard the International Space Station (ISS).
The test blew up one of Russia's own satellites, creating debris that forced the ISS crew to shelter in capsules.
The station currently has seven crew members on board – four Americans, a German and two Russians.
The space station orbits at an altitude of about 420km (260 miles).
"Earlier today, the Russian Federation recklessly conducted a destructive satellite test of a direct ascent anti-satellite missile against one of its own satellites," US state department spokesman Ned Price said at a briefing.
"The test has so far generated over 1,500 pieces of trackable orbital debris and hundreds of thousands of pieces of smaller orbital debris that now threaten the interests of all nations."
NASA Administrator Bill Nelson said he was outraged at the incident.
"With its long and storied history in human spaceflight, it is unthinkable that Russia would endanger not only the American and international partner astronauts on the ISS, but also their own cosmonauts" as well as Chinese "taikonauts" aboard China's space station, he said in a statement.
Russian space agency Roscosmos downplayed the incident.
"The orbit of the object, which forced the crew today to move into spacecraft according to standard procedures, has moved away from the ISS orbit. The station is in the green zone," the agency tweeted.
The wayward material passed by without incident, but its origin is now under the spotlight.
It appears to have come from a broken-up Russian satellite, Kosmos-1408. A spy satellite launched in 1982, it weighed over a tonne and had ceased working many years ago.
LeoLabs, a space debris-tracking company, said its radar facility in New Zealand had picked up multiple objects where the long-defunct spacecraft should have been.
Mr Price described the Russian action as "dangerous and irresponsible" and said it demonstrated the country's "claims of opposing weaponisation of space are disingenuous and hypocritical.
"The US will work with our partners and allies to respond to their irresponsible act," he said.
And Ben Wallace, UK Defence Secretary, said the test "shows a complete disregard for the security, safety and sustainability of space".
"The debris resulting from this test will remain in orbit putting satellites and human spaceflight at risk for years to come," he added.
It's difficult not to view anti-satellite missile tests as a form of madness.
It's impossible to control the debris field that results from a high-velocity impact. Thousands of fragments are produced. Some will be propelled downwards towards Earth and out of harm's way, but many will also head to higher altitudes where they will harass operational missions for years into the future – including those of the nation state that carried out the test.
What must the Russian cosmonauts on the space station have been thinking when they took shelter in their Soyuz capsule early on Monday because of the risk debris from this test might intersect with their orbital home?
Space junk is a rapidly worsening situation. Sixty-four years of activity above our heads means there are now roughly a million objects running around up there uncontrolled in the size range of 1cm (0.4in) to 10cm.
An impact from any one of these could be mission-ending for a vital weather or telecommunications satellite. Nations need to be clearing up the space environment, not polluting it still further.
A number of countries have the ability to take out satellites from the ground, including the US, Russia, China and India.
Testing of such missiles is rare, but always draws widespread condemnation whenever it occurs, because it pollutes the space environment for everyone.
When China destroyed one of its retired weather satellites in 2007, it created more than 2,000 pieces of trackable debris. This material posed an ongoing hazard to operational space missions, not least those of China itself.
Brian Weeden, an expert in space situational awareness, earlier said that if it was confirmed Russia had conducted a test that endangered the ISS, the conduct would have been "beyond irresponsible".
This video can not be played
The space station occupies an orbital shell that other operators try to keep clear of hardware, either working or retired.
However, the astronauts are increasingly having to take precautionary measures when fragments from old satellites and rockets come uncomfortably close.
The velocities at which this material moves means it could easily puncture the walls of the station's modules.
Precautionary measures usually involve closing hatches between the modules, and, as happened on Monday, climbing into the capsules that took the astronauts up to the station. These vehicles stay attached to the ISS throughout the crews' tours of duty in case there is a need for a rapid "lifeboat" escape.
Jeff Bezos unveils plans for 'space business park'
Crew back on Earth after first film shoot in space
Record-setting space tourists splash down to Earth
Smoke alarms go off on International Space Station
Russian anti-satellite missile test sparks outrage
The US says Russia "recklessly" destroyed a satellite, endangering astronauts in space.
Biden and Xi conclude first virtual summit
Trump ally Bannon defiant after surrender to FBI
How Covid conspiracists are shifting to climate denial
Rod Stewart reveals why he didn't play Live Aid
The women of Iran's underground metal scene. Video
Did India betray vulnerable nations at COP26?
Aww. How did Adele help a happy couple? Our timed quiz…
The ultramarathon survivors threatened for speaking out
BBC Travel: A relic from an ancient supercontinent
The locals helping families in Poland's no-go area
A US culture war raging in Brazil
Lyrics quiz
Have you been getting these songs wrong?
Feeling hot
What happens to your body in extreme heat?
© 2021 BBC. The BBC is not responsible for the content of external sites. Read about our approach to external linking.

source

Leave a Reply

Your email address will not be published. Required fields are marked *

thirty four  ⁄  34  =