NASA Space Agency has been trying for a long timeteach robots to help astronauts perform routine tasks on the International Space Station. Russia also does not want to lag behind its foreign colleagues and in 2014 began the development of the humanoid robot FEDOR (Skybot F-850). At first, the robot could not get inside the Soyuz MS-14 spacecraft, but the engineers of the Android Technology research and production association (NPO) nevertheless managed to place it in a capsule and send it to the ISS. The launch took place on August 22, but the robot still did not get inside the station, because the ship could not dock with it. It seems that the series of failures of the FEDOR robot continues.
For docking a spacecraft with a stationThe Kurs approximation system is used, which has been in operation since 1986 but is constantly being improved. Apparently, she is still far from complete perfection - the Soyuz MS-14 ship could not correctly recognize the signs on the station surface, so the docking had to be postponed. It is reported that at the first attempt to dock, the device approached the station at 96 meters, but then moved away from it to a safe 280-meter distance.
Docking ship with the ISS
The next docking attempt will be made 27August 6 at 12 a.m. This time, the ship with the FEDOR robot will attempt to dock with the Zvezda service module, which is another Russian segment of the space station. It became part of it on July 26, 2000 and in the early stages of the construction of the ISS served as a means of life support for other modules. Over time, this task was removed from him and that’s good - now, now, he can host a humanoid robot.
Representatives of Roscosmos hope that the Soyuz MS-14 spacecraft will remain docked to the ISS for 12 days. He will then land on Earth with the FEDOR robot.
However, when you consider that the FEDOR robot is alwayspursue failure, docking may not take place. The fuel of the Soyuz MS-14 spacecraft should be enough for about a year, but only on condition that it is docked to the station. Being in space, it consumes a lot of energy, so the fuel supply may be exhausted after a week. The Roskosmos Corporation will attempt to the very end, but if no docking occurs, the Soyuz MS-14 spacecraft will have to be returned to Earth, where it will sink in the ocean.
What can a FEDOR robot do?
In this case, the FEDOR robot cannot be saved, butbecause it costs as much as 300 million rubles. According to representatives of the Android Technology NGO, the mechanism is equipped with 48 engines, 32 of them are Russian. It must be impressive, but another question is of interest - why brag about all this if the robot knows almost nothing? While NASA robots are able to climb the Martian mountains and look for minerals, the FEDOR robot can not even move independently - it is controlled through the remote control.
It is said that robots will become assistants in the exploration of the moon
We hope that the Soyuz MS-14 ship can stilldock with the station. It is reported that Russian astronauts will test its systems in space flight conditions. If everything goes smoothly, then in the future the robot will be able to perform tasks in dangerous conditions for astronauts. For example, repair equipment under conditions with high levels of cosmic radiation.
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