The Russian F-850 Space Truck
Since its inception in 1998, the FEDOR robot has been in various uncountable hands. It has been developed initially as a machine that can help robots in difficult situations by doing unthinkingly simple tasks. However, the Russian scientists created the FEDOR to carry out the duties of a human expert in disaster areas. The basic idea behind this idea is to create a machine that would be able to deal with any situation without thinking. As an example, a machine armed with the skills of a good chef may be capable of rescuing lives in earthquake-prone areas, thereby gaining valuable experience for future disaster prevention.
The original intention of the Russian scientists was to build a robot to aid rescue attempts made by astronauts on space walks. As a first step, a robot was made to put a sufficient amount of pressure on a weighty object such as a Space Shuttle to cause it to move and break. After further experiments, a robot was built that could cook a nutritious and delicious meal for astronauts on the space station. After several more attempts, the Russian scientists managed to design a machine that can play musical tunes like a radio, control weather, drive cars, surf the web, etc. In order to complete all these tasks, the robot was also developed with the ability to speak both Russian and English. Thus, FEDOR was formally known as the Russian answer to the international space station.
Although the Russian scientists created FEDOR as a means for unmanned exploratory missions to the Moon and Mars, they soon realized that the robot could also be used to assist human astronauts while they are in deep space. In late 2021, a successful Soyuz TMA-6 manned mission successfully launched from the Russian Starikon-M space capsule and successfully docked with the International Space Station. As a result, this new equipment became one of the most useful tools that any nation has ever sent into space.
A Soyuz-MS is a four-stage vehicle, with the Soyuz vehicle carrying supplies, experiments, and the FEDOR robot under its wing. The Soyuz-MS was designed specifically to allow the astronauts to use Soyuz capsules, which are highly experimental models. The Soyuz-MS, or Soyuz-discovery, is due to launch on Tuesday, March 20th, at approximately 5am PST. Once launched, the Soyuz capsule will fly by the manned space research facility at the Baikonur Cosmodrome in Russia and will reach the International Space Station (ISS) within two weeks. If all goes according to plan, Soyuz will dock with the ISS and return to Earth around the year 2021.
The FEDOR robot is just one component of an integrated system by the Russian Federal Service for Space Research and the Russian Federal Space Agency, known as Moskito. This three-part system will enable astronauts to have a more comfortable and safe landing experience, as well as allow the astronauts to have a much easier time preparing for future space missions. The Soyuz-MS is not actually the only part of this entire system. Part two will have the ability to send various experiments and materials up to the ISS, while part three will be used to capture and return the FEDOR robot.
This incredible achievement could pave the way for many new technologies that will take root here on earth, as well as allow the future manned space station crews the chance to explore an entirely new region of the galaxy. In fact, NASA has already started working on a robotic space station of its own. This project is known as the Futenk Robot. A new unmanned probe called Futenk will orbit around the moon to gather data on the atmosphere, composition, and mineral makeup of the lunar surface. If everything goes according to plan, it should be up and running by the time the first astronauts get off the ground in 2021. Many experts believe that the future of space travel and exploring planets will be greatly enhanced by the innovative work being done right now in Russia, by both the Russians and the United States.
