Our next-generation Mars rover currently in active development for upcoming international competitions. Featuring cutting-edge autonomous navigation, advanced robotic manipulation, and intelligent science capabilities designed to push the boundaries of rover technology.
The design philosophy of Rover-71 is defined by a commitment to bridging the gap between academic theory and industry practice through student-led innovation and technical excellence in autonomous robotics. Our approach integrates mechanical resilience with intelligent control, AI, and scientific precision to create systems capable of navigating the extreme, Mars-mimicking terrains found in premier global competitions. By fostering a multidisciplinary environment where electronics, communication, and environmental science converge, we aim to solve complex engineering challenges while building professional portfolios and a robust STEM ecosystem. This philosophy extends beyond technical execution, viewing every rover as a vehicle for international collaboration and a catalyst for the long-term vision of planetary exploration, ultimately inspiring future generations to reach for the stars through transparent breakthroughs and real-world problem-solving.
GPS+RTK Navigation
LIDAR Sensing
AI Computer Vision
6 DOF Robotic Arm
1+ Hour Runtime
Autonomous Systems
Conceptualization and detailed engineering design
Fabrication and assembly of rover components
Manufacturing and assembly of rover components
Simulation and testing of rover components
Fabrication and assembly of rover components
Integration of rover components
Final preparations and competition deployment
Oct 2025
Initial design and planning
Jan 2026
CAD design completed
Apr 2026
Subsystem integration
Aug 2026
Competition-ready build
