ISRO's 'Project Mitra': Robots to Lead India's Next Space Mission

Bengaluru, March 18, 2026 – The Indian Space Research Organisation (ISRO) today unveiled 'Project Mitra', an ambitious undertaking that will see humanoid robots spearheading India's next unmanned space mission. This marks a significant leap in India's space exploration program, moving beyond traditional satellite deployments and venturing into more complex research endeavors.

The announcement, made at ISRO headquarters this morning, detailed the development of two prototype robots, christened 'Mitra 1' and 'Mitra 2'. These robots are designed to perform a range of tasks in the harsh environment of space, including conducting experiments, monitoring spacecraft systems, and even assisting in future lunar or Martian base construction. Dr. Anil Sharma, Project Director for Project Mitra, stated, "These robots represent the future of space exploration. They can withstand conditions that are simply not survivable for humans, allowing us to gather invaluable data and push the boundaries of our understanding."

Project Mitra: Key Specifications of the Robots

Mitra 1 and Mitra 2 are built with advanced materials to withstand extreme temperatures and radiation. Each robot boasts a sophisticated AI system (developed in collaboration with IIT Madras) that allows for autonomous operation, though they can also be controlled remotely from Earth. Key specifications include:

• Height: 1.7 meters
• Weight: 95 kg
• Power Source: Advanced lithium-ion battery with solar charging capabilities
• Mobility: Bipedal locomotion with magnetic footpads for stability in zero gravity
• Sensors: High-resolution cameras, spectrometers, radiation detectors, temperature sensors
• Communication: High-bandwidth communication link with Earth-based stations

Comparing Project Mitra to Other Space Robots

While humanoid robots have been used in space before, notably NASA's Robonaut series, Project Mitra aims for greater autonomy and robustness. Unlike Robonaut, which primarily focuses on assisting astronauts with tasks inside the International Space Station, Mitra is designed for external operations and scientific research. Its advanced AI and ruggedized design allow it to function independently in harsh environments, a capability that puts it ahead of many existing space robots. The European Space Agency's (ESA) CIMON, an AI-powered astronaut assistant, is another point of comparison; however, CIMON is confined to the relatively controlled environment of the ISS, whereas Mitra is built for the vacuum of space.

Speaking to News Reporter Live, space technology analyst, Dr. Meena Krishnan, reportersays, "Project Mitra is a game-changer for India's space program. It demonstrates ISRO's commitment to innovation and its ambition to play a leading role in future space exploration missions. The development of autonomous robots capable of performing complex tasks in space will open up a world of possibilities for scientific discovery."

India Availability and Pricing

While Project Mitra itself isn't a commercially available product, the technologies developed within the project will undoubtedly have spin-off applications in various industries. ISRO plans to collaborate with Indian tech companies to commercialize some of these technologies, including advanced robotics, AI-powered automation, and radiation-resistant materials. The first unmanned mission featuring Mitra 1 and Mitra 2 is scheduled for late 2027, with a budget allocation of approximately ₹1200 crore. This includes the cost of robot development, launch vehicle modifications, and mission control infrastructure.

The success of Project Mitra will not only enhance India's scientific capabilities but also inspire a new generation of scientists and engineers. This mission promises to be a pivotal moment for India’s space ambitions. You can also use our EMI Calculator to plan your finances for future investments.