ROBO SOCCER
Design and operate a robotic football player capable of attacking, defending and scoring goals against an opposing robot.





CHAKRAVYUHAM 2.0 is a National Level Robotics Championship bringing together students, engineers, innovators and robotics enthusiasts from institutions across India.
The championship challenges participants to transform engineering knowledge, creativity, strategy and technical skills into high-performance robotic systems.
From robot football and autonomous navigation to high-speed racing, combat strategy, drones and innovative engineering projects, CHAKRAVYUHAM provides a competitive national platform where technology meets strategy.
It is not only about winning. It is about designing, building, testing, competing, learning and pushing engineering capabilities beyond existing limits.
Engineering performance is only one layer. The championship rewards strategy, reliability, control and decisions under pressure.
Build. Engineer. Compete. Conquer.
Design and operate a robotic football player capable of attacking, defending and scoring goals against an opposing robot.
Design a powerful and strategically controlled robot capable of forcing the opponent outside the sumo arena.
Engineering excellence deserves recognition.
The name represents complexity, intelligence and the ability to overcome challenges.
Build systems that perform reliably inside real constraints.
Turn technical knowledge into mechanisms, algorithms and prototypes.
Test your design under pressure against teams from across institutions.
The final arena timings remain editable and will be published as the organizing committee locks the competition sequence.
Sample structure only. Final event times will be published by the organizing committee.
11 April 2025 marked a one-day national-level robotics event with teams and participants from multiple institutions. 2026 expands the formation into a two-day championship.

CMR Engineering College hosts CHAKRAVYUHAM 2.0 at its Kandlakoya campus in Hyderabad and supports the championship infrastructure, academic environment and event operations.

Draco-Bots is a National Robotics Team established in 2023 with a mission to encourage students to explore robotics, engineering and innovation. The team has participated in 200+ robotics competitions across India and achieved recognition in 100+ competitions and events. Its community includes 100+ team members and 20+ core members from different colleges and technical backgrounds.

RET Club supports the championship ecosystem through student engagement, technical coordination and event collaboration. Detailed organization profile text can be updated from the centralized organizer data.
A premium partner system is ready for title, technology, education, community and media partners.
Championship visuals, legacy highlights, robots and event moments from the CHAKRAVYUHAM journey.

9–10 October 2026 · CMR Engineering College, Hyderabad
Register NowKandlakoya, Medchal Road, Hyderabad, Telangana – 501401
Key participation, rulebook, payment and schedule questions.
Students, engineering teams, innovators and eligible participants may participate subject to each event's final rulebook.
Yes. CHAKRAVYUHAM 2.0 is designed as a National Level Robotics Championship with participation beyond the host institution.
Eligibility for school students is To Be Announced per event.
Yes, the registration architecture supports multiple competitions. Event-specific schedule conflicts remain the team's responsibility unless organizers announce accommodations.
Only when the robot independently satisfies every event's rules and inspection requirements. Final approval rests with officials.
Commercial ready-made line-following robots are prohibited. Other event restrictions are defined in the latest rulebook.
To Be Announced.
Cross-institution team rules are To Be Announced in the relevant event rulebook.
Build a manually controlled robot capable of completing a technical racing track in the shortest possible time while successfully navigating turns and obstacles.
Build an autonomous robot capable of accurately detecting and following a predefined track in the shortest possible time.
Build a rugged robotic vehicle capable of navigating challenging terrain, ramps, uneven surfaces, obstacles and technical sections while maintaining stability and control.
Compete in a high-speed drone racing challenge where pilots navigate a technical aerial course involving gates, turns and precision flying.
Present innovative engineering, robotics, AI, IoT, automation or technology projects before judges and demonstrate real-world problem-solving capabilities.