NASA's Perseverance Rover Makes History with First AI-Planned Drives on Mars

Historic First: AI Takes the Wheel on Mars

NASA's Perseverance rover has achieved a groundbreaking milestone by completing the first drives on another world planned entirely by artificial intelligence. On December eighth and tenth, twenty twenty-five, the six-wheeled robot traversed approximately four hundred metres across the Jezero crater's rocky terrain using waypoints generated by Anthropic's Claude AI models.

How Claude Mapped the Route

The demonstration, led by NASA's Jet Propulsion Laboratory in collaboration with Anthropic, used vision-language models to analyse high-resolution orbital imagery from NASA's Mars Reconnaissance Orbiter and terrain-slope data. After identifying critical features including bedrock, boulder fields, and sand ripples, Claude generated a continuous path with waypoints for the rover to follow.

JPL engineers provided Claude Code with years of contextual data accumulated from driving the rover. The AI analysed overhead images and wrote commands in Rover Markup Language, stringing together ten-metre segments into a complete path whilst critiquing its own work and suggesting refinements.

Rigorous Verification Process

To verify the AI's instructions, NASA's engineering team processed the drive commands through JPL's digital twin, a virtual replica of the rover, checking over five hundred thousand telemetry variables before transmitting to Mars. When engineers reviewed Claude's plans, only minor adjustments were needed based on ground-level camera images the AI hadn't accessed during planning.

On December eighth, Perseverance drove two hundred and ten metres. Two days later, it covered two hundred and forty-six metres.

Implications for Future Exploration

NASA estimates that using Claude will cut route-planning time in half whilst making journeys more consistent. The milestone carries broader implications for deep space exploration, where communication delays make real-time control impossible. For missions to distant destinations like the moons of Jupiter or Saturn, where communication delays are measured in hours rather than minutes, greater autonomy becomes essential.