The creator of the robot Fedor presented two performances of the lunar robot, the Android Technology Research and Production Association (the inventor of the Fedor robot), proposed using a completely anthropomorphic or torso robot on the Moon, This offer was made by the administrative director of the association Evgeny Dudorov, perfecting the effectiveness and safety of manned operations on the Moon is possible through the use of technologies, of anthropomorphic or semi-anthropomorphic torso robots, Todorov said in a composition in the Energia Rocket and Space Corporation magazine Space Technology and Technology on Tuesal outfit, and also answered questions,
The images shown show the robot with legs, as well as the torso of an anthropomorphic robot, which is attached to a wheeled platform, According to the administrative director of NPO Androidnaya Tekhnika, a similar bias can be created shortly, They can carry out examinations, install and maintain outfits, and help astronauts during intra- and extravehicular conditioning, In the future, the robot will be suitable to serve on a spacecraft, at orbital and planetary stations, both as part of a crew and in an unmanned interpretation,
Dudorov is induced.
The prototype of the robot, Dudorov suggested, could be transferred during the instrument flight of the lunar wharf craft( LRP), But this will bear the development of fresh outfits to take out scientific outfits, Working on the face of the moon can mean minimal and maximum programs, In the case of the minimal program, the RTS robotic system) must leave the LVPK, install the delivered outfit and test it, conduct videotape filming and examiner planetary conditions, and collect and deliver a large number of lunar soil samples on board the LVPK, Dudorov noted, explaining that in In this case, the robot can return to Earth or stay on the Moon.
The maximum program may include not only rephotographing the launch of the take-off module but, also the possibility of long-term conservation of the robot to overcome the moonlit night, ander preservation before the appearance of astronauts, Also, the RTS should insure common work with astronauts on the face of the Moon, he added.
Also, Evgeny Dudorov linked five crucial types of space robots, which, in his opinion, will be needed for the disquisition of the moon.
The first group includes exploration robots, which include rovers, lunar rovers, and aircraft. The alternate group includes artificial RTS for the transportation of goods, mining, collection, and processing of useful coffers, and crushing, mixing, and sintering of regolith, Another group is manipulative robots. They, Dudorov noted, are necessary for the installation, dismantling, and unloading of the outfit.
The expert is induced, will be suitable to perform operations with fine motor chops, as well as routine work, while free-flying robots will give instructional and cerebral support to the crew.
In August 2019, the anthropomorphic robot Fedor(Skybot F 850), created by Androidnaya Tekhnika and the Advanced Research Foundation, was delivered to the ISS, At the station, the Russian crew conducted a series of trials with him, during which cosmonaut Alexander Skvortsov controlled the robot using an icon suit, and his assistant Alexei Ovchinin controlled the process and cooperated with the android, The Fodor robot worked with a drill the kerchief electrical outfit.
