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The Nanoracks waste container can be packed full of up to 600 pounds (272 kilograms) of trash and is an alternative method of waste disposal for the space station to the currently used Cygnus cargo vehicle. Contained inside the " specially designed waste container" was foam, packing materials, hygiene products, office supplies, clothing, and more, which will burn up in the atmosphere upon re-entry. The test saw approximately 172 pounds (78 kilograms) of trash jettisoned toward Earth. The Bishop Airlock aboard the station was built by Nanoracks and was used to test Nanoracks' new orbital waste-disposal technology on July 2nd, 2022, at 7:05 PM Central Time.
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However, these make up part of the estimated 36,500 objects spanning at least 10 centimeters (~4 inches) in diameter and don't account for the estimated 1 million space debris objects measuring 1-10 centimeters or 130 million objects measuring 1 millimeter to 1 centimeter.Ĭontinue reading: Canadian engineers build launcher that can fire projectiles at 10 km/s (full post) The Pentagon reveals high-altitude balloons to combat China and Russia This clip shows the IDL projectile and collision in action.Īccording to the European Space Agency's Space Debris Office (SDO), about 31,630 debris objects orbiting the Earth are tracked by various networks. The launcher is designed to simulate the damage small space debris particles could inflict upon spacecraft like satellites and future space stations. Engineers from McGill University and the Royal Military College of Canada (RMC) have created what they call the Implosion-Driven Launcher (IDL), capable of firing magnesium projectiles at up to 10 kilometers per second (36,000 kilometers per hour, 22,370 miles per hour).