Israeli Students Build Autonomous Mars Rover for European Space Competition

A team of approximately 50 students from Tel Aviv University's Faculty of Engineering has successfully developed an autonomous space rover designed to search for signs of life on Mars. The rover, which includes a companion drone and independent drilling systems, aims to secure the first-ever Israeli participation in the European Space Agency's competition. The rover functions as a mobile laboratory, autonomously collecting soil samples with a robotic arm and internal scientific systems for environmental analysis. Data is transmitted directly to Earth via a dedicated antenna. The vehicle is also designed with self-repair capabilities and a drone for aerial reconnaissance and navigation assistance.

The project was initiated by Lior Korobeynikov, a former member of the university's Space Club, who noted the absence of Israeli representation in the European competition. The Faculty of Engineering sponsored the initiative, with guidance from Dani Berko, project manager at the Mechanical Engineering School. Daniela Koren Weinberg and Samir Assad are leading the project alongside Korobeynikov.

"For two years, we built the current vehicle from scratch, from the engines and chassis design to the communication antenna," explained Daniela Koren Weinberg. The rover's chassis and arm are made of aluminum profiles, with some components 3D-printed. The project integrates various engineering disciplines, including design, fluid dynamics, heat transfer, aeronautics, robotics, propulsion, and control.

Meeting the European competition's stringent requirements, which include around 200 engineering and operational demands and a 75-kilogram weight limit, involved appointing five system engineers. The team expects to receive acceptance notifications around June and July. If unsuccessful this year, they plan to continue refining the rover for future attempts. Regarding concerns about potential failures, similar to the Beresheet spacecraft incident, the team emphasized their extensive testing protocols to simulate Martian conditions, noting they are building the rover, not launching it.

The space rover will be publicly unveiled at the Systematics NEXT 2026 conference on Thursday, October 8th. The conference, themed "Where AI Meets the Physical World," will convene international technology companies and Israeli experts to explore the intersection of artificial intelligence with engineering, industry, manufacturing, and the physical realm, covering areas like robotics, autonomous systems, GeoAI, digital twins, and smart manufacturing.