Uav: The Highway To The Moon
2021-02-17 | by CusiGO
As you type these initials, there are 290 days, 14 hours and 33 minutes left to start the lunar marking mission: a car race on the moon in October. The project, launched in early 2020, has attracted high school students from all over the world to design, build and carry two competing vehicles running remotely from the earth.
Even if all goes well, the idea doesn’t make much sense on the surface, except to “transfer solutions for hostile environments on earth,” according to moon mark company, which works with airlines such as intuitive machines and lunar outpost. The project also includes McLaren P1 supercar designers Frank Stephenson and Elon Musk. Two participating vehicles will land on the surface of the moon on SpaceX Falcon 9 rockets and nova-c modules made by intuitive machines.
The destination is Oceanus procellarum near the Schr? Ter Valley and the rest is unknown. The weight of each car is 2.5 kg, plus 3 kg on the mechanical device, a total of 8 kg. For reference, astrobot, a space logistics company, charges $1.2 million for every kilogram of material it delivers to the moon. Connectivity will be another hurdle: if data is traveling at the speed of light, each command will take 1.3 seconds to reach the moon.
Todd Wallach, chief technology officer of moon mark, assured new atlas: “we do not expect significant communication delays that affect the ability of racing cars or vehicles to drive.”. “Our vehicles will be designed to test the speed limits on the surface of the moon,” said Mary Hagy, the company’s founder and chief executive. The key is design: This is Stephenson’s existence, who points out the importance of dust filtration, tension, strength, weight or suspension.
Clearly, space missions need the automotive industry. “We can only expect astronauts to walk half a mile (800 meters) in their space suits,” admitted Marshall Smith, head of NASA’s human lunar exploration program The Artemis mission will bring the astronauts back to the satellite, this time the first woman. “If we can put a rover near the landing site before the crew arrives, the potential scientific performance of the mission will multiply. We want to hear from industry leaders in off-road vehicles, electric vehicles and cars, “Smith added.
This means that Toyota is cooperating with the Japanese Aeronautics and Space Administration, which is developing the Toyota moon cruiser, a 6-meter-long, 3.8-meter-high mastodon with six wheel drive capability that can carry four astronauts. Their goal is to land on the moon in 2029.
NASA’s most promising spacecraft will soon arrive on Mars: the willpower rover, which left on July 30 as the main character of the Mars 2020 mission to study the surface of Mars. The three meter long SUV, with six 50cm wheels and 23 on-board cameras (and two microphones), will study the bottom of Jezero crater, which had a lake three billion years ago.