Mars Science Laboratory

The mission of the Mars Science Laboratory began on November 26, 2011 and on 6 August 2012 UTC delivered a curious Rover to the surface of Mars. It is bigger and more advanced than the Mars probe, at speeds up to 90 meters per hour (295 feet per hour). The experiment included a laser chemical sampler that can estimate rock composition at a distance of 7 meters. The MAVEN orbit was launched on November 18, 2013 and injected into an isocenter elliptical orbit of 150,200 km (3,900 miles) 150 km (93 miles) above the surface of the earth on September 22, 2014, I studied. The purpose of the mission involves determining the way the Earth's atmosphere and water are lost over time (assuming it grows once).

As of June 10, 2018, two detectors on the surface of Mars sent a signal back to the Earth (the mission of the Mars probe and the curiosity of the mission of the Mars Science Institute), six orbits detectors on the earth It works: Mars Odyssey Mars Express, Mars Reconnaissance Orbiter, Mars Orbital Mission, MAVEN, Tracking Gas Orbiter provides extensive information on Mars. There was no attempt to return to Mars' mission, and attempts to return to Mission's Phobos - Grint's mission failed

According to the Mars Science Laboratory at the Jet Propulsion Laboratory at NASA, "its mission is to see if Mars can support a small form of life called microorganisms and whether humans can survive one day In addition to the superhuman sensation that helps us to understand Mars as a habitat of life, the curiosity part is what we need for mankind to explore Mars (body, brain, eyes, arms, Feet etc.) According to the Mars Science Institute at Jet Propulsion Laboratory of NASA, Curiosity's "body" is an insulated container that protects "important organs" inside the Mars like its computer. The brain its body is so high that Mars will not stick to any rocks.