The Technology of Landing on Mars

The technique of landing on Mars is a difficult task to travel to Mars, but landing to the Earth is proved to be almost impossible. Over the years, the design of several different Mars landing gears has tried to overcome the famous "galaxy hordes" that protect Mars. However, some of these designs landed successfully. These technologies include original buffing with aerodynamic brakes and rocket power, and new air bag solutions for Mars pass finder missions.

The technology required for landing on Mars is very different from the technology required for the moon. Curiosity is tied to a protective decay shell with a mass of 3.3 metric tons when hitting Martian Atmosphere in 2012. Human landing on Mars can easily exceed 20 metric tons and requires a more powerful EDL system. However, Martian atmosphere is too thin to complete. When NASA 's curiosity Rover developed a parachute in 2012, it was still hitting the ground with a violent Mach 2. In contrast, Apollo 11 was operated at Mach 0.3 at the beginning of the parachute deployment sequence.

The landing of Mars is the landing of the spacecraft on the surface of Mars. On the Martian robot unmanned spacecraft landing, there were eight successes. Others have studied the possible human duties of Mars, including landing, but no one has tried it. The latest landing took place on November 26, 2018, by NASA's detectors InSight. As of October 2016, all methods of landing to Mars require aerosol and parachute sequences for Martian air ingress and egress, but since then three different methods have been used. The fixed landing vessel can descend all the way down from the rear shell of the parachute, but the rover can not be filled with the rocket.