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Molnia (Lightning) satellite, which Russia launched into space during the 1990s to control missiles, may crash on Earth during the upcoming several days.
The location of Molnia's crash has not been determined yet. The satellite may cause considerable destruction during the fall. It weighs 1.6 tons. However, the spacecraft may partially burn in the atmosphere when falling.
The satellite may fall down on the planet before April 9
th. Most likely, it will crash somewhere in the center of the Arab Peninsula.
Russian specialists monitor the spacecraft. The service time of the satellite is two years, the Fifth Channel reports.
Molnia-1T satellites were replaced with Meridian military spacecraft during the 2000s.
Two spacecraft went off Earth's orbit last week. They were the first Soviet satellite Meteor-1 and one of the first US research satellites Explorer-8.
The satellite may fall down on the planet before April 9
th. Most likely, it will crash somewhere in the center of the Arab Peninsula.
Russian specialists monitor the spacecraft. The service time of the satellite is two years, the Fifth Channel reports.
Molnia-1T satellites were replaced with Meridian military spacecraft during the 2000s.
Two spacecraft went off Earth's orbit last week. They were the first Soviet satellite Meteor-1 and one of the first US research satellites Explorer-8.
Comment: Really? This sounds like the MOD making up a lame plausible answer to what is clearly not a sonic boom. Sonic booms are not heard across hundreds of miles of countryside. And why would RAF jets be scrambled and allowed to go supersonic (which is only authorised in extreme circumstances) in response to what was a fairly benign situation? In addition, this boom was heard six hours before another massive boom was heard across a wide area of Ohio, USA. Given the large number of meteorite sightings across the globe in recent years, including loud unexplained booms, the most likely explanation is that what people heard, both in the UK and Ohio, was the overhead detonation of a meteorite fragment.