11/9/2023 0 Comments Nasa viper![]() The rover will be sent to the Moon by a Falcon Heavy rocket. Its launch is scheduled for November 10, 2024. NASA specialists have already started manufacturing a flight copy of the VIPER. Engineers again tested a number of possible scenarios with different ramp angles. The next step was the tests of the lunar rover’s exit from the landing platform to the surface. Our VIPER rover prototype is practicing rolling out of its lunar lander at The rover is set to arrive near the Moon’s South Pole in late 2024, near the landing site of future astronauts: /JUfw6LJmSH Within their framework, the VIPER has already passed a real obstacle course, and engineers have tested all the “worst-case” scenarios of its landing, including cases of high roll and steep descent. In order to test in practice what the rover can handle, its prototype undergoes a series of intensive tests aimed at determining the limit of its capabilities. The key to the success of the mission is the VIPER’s ability to overcome various obstacles on the lunar surface and move in places with difficult terrain. VIPER will also be the first lunar rover to have headlights installed to work in low light conditions. The NSS neutron detector will help to identify places of probable ice occurrence, the MSolo and NIRVSS spectrometers will help to determine the chemical composition of the regolith. To search for water ice, the lunar rover will use a drill that allows it to extract samples from a depth of up to a meter, and three scientific instruments. It is located near the south pole of the moon and its bottom is never illuminated by the Sun. The lunar rover should land on the western edge of the 73-kilometer-long Nobile crater. The main task of VIPER is to study the lunar soil to determine the amount of water ice contained in it. ![]() The duration of the mobile laboratory should be at least 100 days. ![]() The energy stored during the lunar day will be used to keep the vehicle from freezing during the long lunar night. To generate energy, VIPER will be equipped with solar panels capable of generating 450 watts. The vehicle will move with the help of four wheels. Its length and width are 1.5 m, height - 2.5 m, weight - 450 kg. VIPER is the first lunar rover built by NASA. ![]() Technical mechanism and main tasks of VIPER Within its framework, engineers worked out the exit of the vehicle from the landing platform to the lunar surface. NASA has released a video showing a new test of the VIPER lunar rover. ![]()
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