In this article we are about to talk about curiosity Rover facts information. Also learn about the research that has been sent for research on the planet Mars. Curiosity Rover is a car-shaped rover that has been sent by NASA to Mars for research on Mars. It is designed to research gale crater on Mars as part of the laboratory mission.
Curiosity Rover was launched on November 26, 2011 on Cape Canaveral. Curiosity Rover landed on 15:02 UTC on the MSL spacecraft and landed in Gal Katter on Mars on 6 August 2012, 05: 7 UTC. The research goals of the curiosity Rover include Martin's climate and geological investigation. Field site within gal caters provided environmentally friendly conditions for microbial life, including the investigation of the role of water, because its study is in preparation for habitable planets for human research. The cost for the curiosity rover was reported to be about $ 250 million, which was in 2012.
In December 2012, the two-year mission of the Curiosity Rover was extended for a long time. NASA celebrated the achievements of research on Mars on August 5, 2017. The Curiosity Rover is also working in the current scope and its function is likely to continue till January 2019. Curiosity Rover On August 6, 2012, there have been 2367 days after landing on Mars. Curiosity Rover's design will be taken as a base for the 2020's rover.
The curiosity rover consists of 80 kg of scientific instruments, which is 899 kg. Curiosity Rover is 2.9 meters long and 2.7 meters wide and its height is 2.2 meters. Curiosity Rover is powered by a power source thermodynamic generator. Curiosity Rover is used to learn the weather and observations on the planet Mars. Curiosity Rover was first landed on Mars in 2012, and there have been evidence of water in the past on Mars. Curiosity Rover is managed from the Nuclear.
Founded by the Mars Research Program, MSL will help determine the goals of the main scientists of the mission. Curiosity Rover can determine the role of water and can study the climate and geology of Mars. Curiosity Rover will also help prepare for human research. In this research, the targets of MSLs are contributed. Curiosity The eight major scientific objectives of the Rover include gecko, geological and geomagnetic, planetary processes, surface radiation, etc.
If a particular surface is of interest, this spacecraft evaporates its small part from infrared rays. The spacecraft has 17 cameras; each of these cameras has 8 gigabytes of flash memories. This is capable of storing more than 5500 images. Curiosity is the fourth NASA unmanned spacecraft sent on Mars.
The characteristics of this spacecraft are to denote the nature and list of organic compounds, to investigate the mineral composition of the chemical and chemical surface near the surface of the Martin surface, interpret the process of materials made in rocks and soil.
Jewelry has a kind of place in the scientific motto of MSL. In which the nature and list of combinations of carbon dioxide is determined. As well as geologists and geochemical purposes, the current state of rocks and carbon dioxide, distribution and cycling occurs in the planetary process. To remain human, Mars can be in the future. The Curiosity Rover contains 3893 kgs of Mars Science Laboratory and 23 percent of the amount of spacecraft, in which the purpose of the rover is to deliver Earth safely for a soft landing on Mars surface.