How is the Insane Engineering of the Perseverance Rover?

The Perseverance Rover is a Mars robotic rover inherited and upgraded from NASA's previous Curiosity rover.
The Mars 2020 rover, the Perseverance Rover, is a stunning demonstration of the latest technical achievements in NASA's Mars exploration program, which was launched into space on July 30, 2020. Tied to the rover is an experimental Mars Helicopter – Ingenuity.
The Perseverance rover has four scientific goals that support the purposes of the Mars Exploration Program:
- Studying the Habitability of Mars.
- Look for Signs of Past Microbial Life.
- Collection and Storage of Specimens.
- Prepare for Future Human Missions.
On February 18, 2021, the two vehicles landed safely on the surface of Mars after a seven-month journey to the Red Planet. Only about 40% of the missions sent to Mars have been successful and will face a brutal and complicated landing sequence. The Perseverance rover is the largest and heaviest rover ever launched by NASA's Laboratory to Mars. Weight is 100 kg more than Curiosity Rover, carrying a range of additional accessories.
This isn't just a more powerful version of the curiosity rover. Perseverance is a virtue.
Take advantage of nearly a decade of technological innovation. It is filled with fascinating and remarkable technologies that will serve as a stepping stone to humanity's final first steps on the surface of Mars.
Here is the insane Engineering of the Perseverance Rover, which includes:
- Entry, descent and landing Technology: The mission uses technology innovations that have been successfully tested. Especially for entry, descent and landing.
- Surface-Driven Technology: Perseverance autonomous vehicles are designed to reduce costs and risks. Because the previous design of the Curiosity rover was not optimized for these things. The long-range mobile system allows it to travel over the surface of Mars 5 to 20 km.
Improvements in Perseverance include a new wheel design with a higher payload.
For the first time, the rover carries a drill to take samples from the core of Martian soil.
- Paving the way for new life on Mars: Perseverance will test a technology to extract oxygen from the Martian atmosphere, of which 96 percent is carbon dioxide. The rover also monitors weather and dust in the Martian atmosphere.
Key moments in this video:
01:29 The largest and heaviest rover JPL has sent to Mars
02:53 The Wheels
03:16 From 06:29 Software upgrades Heat source
07:57 Moxie - Oxygen Generation System
09:26 Scroll pumps
11:21 Oxygen supply
12:27 The sample caching system
13:51 Additional Sensors
16:46 Solar panels and batteries

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Cre: @RealEngineering (YouTube)