MANIPAL – The Manipal Institute of Technology (MIT), Manipal, will host the International Rover Challenge (IRC) 2026 and the International Space Drone Challenge (ISDC) 2026 from January 28 to February 2 . This event brings together top student teams focusing on space robotics from India and international institutions to compete in simulated Martian conditions.
The Space Robotics Society (SPROS), under the Manipal Academy of Higher Education (MAHE), organizes the on-site finals at the MIT campus. SPROS will transform the campus into a detailed Mars-analogue terrain, named Sproscape, specifically designed for these challenges. Here, student-built rovers and aerial drones will execute missions that mirror complex real-world space exploration and crucial astronaut-support operations on Mars.
Qualified Teams
An extensive, multi-stage international selection process determined the qualified teams for the on-site finals. International participants include highly competitive teams from Poland and Germany, notably TU Berlin. They will compete alongside teams from leading Indian institutions. These include the Indian Institute of Science (IISc), several Indian Institutes of Technology (IITs), BITS Pilani, VIT, SRM Institute of Science and Technology, and MIT Manipal.
According to an official MIT press release, this event positions Manipal as a significant global hub for innovation and collaboration within the space robotics field. It fosters international exchange and advances future space technologies.
Challenge Missions
The IRC and ISDC are rigorous engineering competitions designed to assess students’ ability to design, build, and operate advanced space robotics systems. Each mission directly relates to operational necessities in potential Mars environments, pushing participants to innovate.
- Reconnaissance and Delivery: Rovers must navigate challenging, unstructured terrain to locate specific targets and then execute precise payload deliveries. This simulates tasks like supply transport or sensor deployment.
- Astrobiology Expeditions: Teams collect and analyze soil samples. The primary objective is to identify potential biosignatures, mirroring scientific investigations for extraterrestrial life.
- Precision Instrument Deployment and Maintenance: Tasks involve accurately deploying and maintaining specialized instruments on mock panels. This tests robotic dexterity and reliability for critical infrastructure upkeep.
- Fully Autonomous Missions: Rovers must traverse complex and unstructured terrain solely through pre-programmed intelligence, without any human intervention. This highlights advancements in AI and robotic autonomy.
Educational Impact and Skill Development
Anil Rana, Director of MIT Manipal, emphasized the institute’s focus on hands-on, future-oriented engineering education. Rana stated that these competitions provide students with a unique platform to apply theoretical classroom learning to tangible, real-world space challenges. This direct application reinforces academic concepts with practical experience.
Participation also cultivates essential soft skills. Students develop teamwork, leadership, and problem-solving abilities within a high-stakes competitive environment. The challenges bridge the gap between academic learning and industry expectations. They assess participants on engineering performance, strategic planning, effective collaboration, and critical decision-making skills, all vital for a career in space technology.
Defending Champions
MIT Manipal’s student team, Mars Rover Manipal, holds a strong track record. The team previously secured victories in the International Rover Challenge in both 2024 and 2025. They will defend their title on their home ground during the upcoming event. The university identifies Mars Rover Manipal as a leading force in space robotics, showcasing the caliber of engineering talent at the institute.