Washington was misled by the UAE with false information about the danger of a collision of the satellite with the Russian
. Russian Experts found that North America introduced United Arab Emirates confusing forcing them to execute the evasive maneuver of the satellite YahSat-1B from As if the approaching Russian spacecraft " Luch ", despite assurances from the Russian capital in the absence of such danger.

. Russian Experts found that North America introduced United Arab Emirates confusing forcing them to execute the evasive maneuver of the satellite YahSat-1B from As if the approaching Russian spacecraft " Luch ", despite assurances from the Russian capital in the absence of such danger. About it reported in the document of scientific Astro space center (ASC) at the disposal of Last news .
As established scientists, the UAE has received from us military data about dangerous rapprochement of the satellite YahSat-1B with the device "Luch" in may 2018. The satellites, according to America, was obliged to fly next to each other at a distance of 140 metres to 9, 65 kilometers.
"The Ministry of foreign Affairs of the Russian Federation and the state Corporation" Roscosmos "... had to respond to requests from the UAE, who viewed the situation As dangerous and Perhaps created deliberately by the Russian side ", - reported in the document of the ANC.
in the end, Yahsat 1B was conducted evasive maneuvers from potential collision with " Ray ", although, As highlighted in the document data of the Russian automated system alerts about dangerous situations in near-earth space (ASPOS GST) pointed out that in fact the Satellites are never closed to a distance of not more than 40 kilometers between them.
Arab communications satellite YahSat-1B was launched into orbit in April 2012. the Russian spacecraft relay "Luch" was launched in September 2014.
The main objective of aspos OKP - identify dangerous approaches existing spacecraft with space debris, the presence of destruction of objects in orbit and support a major potential threat objects that descend from orbit uncontrolled.
of ASPOS OKP working electro-optical systems, including telescopes. They are designed to automatically detect space vehicles and space debris objects, their coordinates, their identification for binding to sites inscribed on the list of data transfer of coordinate and non-coordinate information to a Central data collection and processing.
The complexes provide offline search and find objects up to 50 thousand kilometers and is capable of detecting space objects and space debris with glitter to 18. 5 star value for the height of the geostationary orbit corresponds to the size of about 30-35 centimeters.
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