NASA’s Self-Driving Perseverance Mars Rover Is Breaking Records

Tyler Delsesto, a Rover driver at NASA's Jet Propulsion Laboratory, explains the driving process of the Perseverance Rover on Mars. The Rover uses advanced self-driving capabilities to navigate the Martian terrain, relying on 3D images and maps created from its cameras. Unlike previous Rovers, Perseverance can process images while moving, allowing it to drive further each day. This capability, known as 'thinking while driving,' has enabled Perseverance to break driving records and reach the Jezero River Delta quickly, providing more time for scientific exploration and sample collection.

What technology do Rover drivers use to plan the Perseverance Rover's path?

• Augmented Reality Devices

• 3D Monitors and Glasses

• Virtual Reality Headsets

• Holographic Displays

How does the Perseverance Rover decide its path on Mars?

• It is guided by satellites.

• Rover drivers manually control it.

• It follows a pre-programmed route.

• It uses self-driving capabilities to choose its path.

What is a significant improvement of Perseverance over previous Rovers like Curiosity?

• It can fly short distances.

• It has a higher top speed.

• It can communicate directly with Earth.

• It can process images while moving.

What is the top speed of the Perseverance Rover?

• 2 mph

• 0.1 mph

• 1 mph

• 0.5 mph

Why is the Perseverance Rover's self-driving ability crucial for its mission?

• It helps the Rover avoid communication delays.

• It enables the Rover to reach the Jezero River delta quickly.

• It allows the Rover to operate without human intervention.

• It allows the Rover to conserve energy.