NASA has a new fleet of electric vehicles for the Artemis missions


NASA presented i new electric vehicles of Canoo Technologies Inc. of Torrance, Calif., who will transport the Artemis crew to the Kennedy Space Center during upcoming missions program.

Crew transport vehicles appeared at the Kennedy Space Center last Tuesday and look like three vans with a trapezoidal design, maybe not very beautiful to some, but high-tech and zero-emissions. The vehicles are completely electric and we can see them very well in the header image, where the Vehicle Assembly Building appears in its majesty in the background. The vehicles can carry four astronauts in full spacesuits as well as a support engineer for any problems en route to launchpad 39B and of course the driver.

Many aspects of the design, including colors and secondary elements, were selected by NASA’s creative team at Johnson Space Center in Houston, who provided Canoo with feedback during the design phase. This consisted of the Artemis launch director and four representatives from the astronaut office. Recall that the company received an order for the production of vehicles in April 2022.

The first good opportunity to test the new fleet of vehicles live will be with the launch of the Artemis II mission, which is planned for next year and will be a sort of dress rehearsal for a trip to the moon and back, but this time with astronauts. on board. The Artemis III mission will follow in 2025, where new astronauts will leave their footprints on the lunar surface for the first time since the Apollo program.

As for the Artemis III mission, if development work goes well, NASA will use a variant of SpaceX’s spacecraft called the Human Landing System (HLS), which will act as a lander to land on the moon.

As for the prototype of the new spacesuits, we remind you that it was developed by Axiom Space based on models designed by NASA. These new suits will offer more flexibility and comfort than the models used during the Apollo missions. It will allow astronauts to kneel and perform other more natural movements on the lunar surface.


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