Otomatiks Robotica - ROBO SUMO - National Robotics Competition
by Otomatiks
Up to ₹300000 Cash Prize
A national robotics event where student-built autonomous robots compete in a sumo-style battle, pushing opponents out of a ring to win.
Mode
In-Person
Fee
₹1,000
Participation format
Individual and team
Teams of 2
Duration
1-2 days
Eligibility
Open to school students across India from grades 6 to 12 (ages 10-18). Participants can compete individually or in teams of up to 4 members. A basic understanding of robotics principles is recommended, and robots must be self-built according to competition rules.
- Grade level
- Grade 6 to 12
- Age range
- 11 to 18 years
- Eligibility region
- Available nationwide across India
- Academic requirement
- Open to all school students with an interest in robotics.
- Prerequisites
- Basic knowledge of robotics and programming
- Familiarity with sensors and microcontrollers
See if your child qualifies.
Rewards and recognition
Award
₹300000
Top performing teams can win cash prizes up to ₹300000.
Prizes
Trophy & Medals
Winners are awarded with trophies and medals to recognize their achievement.
Certificate
Certificate of Participation
All participants receive a certificate for their involvement in the national-level competition.
Recognition
National-level recognition
Skills your child builds
How to apply
- 1Register online through the official Otomatiks Robotica website.
- 2Pay the registration fee per team to confirm participation.
- 3Teams will receive detailed rules, bot specifications, and event schedules after successful registration.
Rules and guidelines
- Robots must be autonomous and not remotely controlled during a match.
- The robot must fit within a specified size cube (e.g., 20cm x 20cm) before the match starts.
- There is a maximum weight limit for the robot (e.g., 1.5kg or 3kg depending on the category).
- Robots must begin each round with a 5-second delay after activation.
- A match consists of three rounds, and the first team to win two rounds wins the match.
- A robot wins a round by successfully pushing the opponent out of the circular ring.
- No projectile weapons, damaging mechanisms, or liquids are allowed.
- Robots must not intentionally damage the arena surface.
Technology requirements
- Robotics kit (e.g., Arduino, Raspberry Pi, or other microcontrollers)
- Sensors (e.g., infrared, ultrasonic) for opponent and edge detection
- Motors and wheels for movement
- Laptop with programming software
- On-board power supply (batteries)
Fees and financial support
Fee details
An entry fee of ₹1,000 per team is required to participate in the competition. Payment can be made online during the registration process.
Refund policy
The registration fee is typically non-refundable.
About this opportunity
ROBO SUMO, organized by Otomatiks as part of their Robotica series, is a thrilling national-level robotics competition where two autonomous robots compete head-to-head in a circular arena. The main objective is for a robot to push its opponent out of the ring, similar to traditional sumo wrestling, which tests the robot's design, power, stability, and programming logic.
This competition is designed to foster innovation and technical skills among students from grades 6 to 12 who are passionate about robotics and artificial intelligence. Participants get a hands-on platform to apply their knowledge in mechanics, electronics, and coding to build a robust and intelligent battling robot, encouraging creativity and strategic thinking in a competitive environment.
Rounds and format
The competition follows a tournament-style format. Each match consists of a best-of-three rounds. The robot that wins two rounds proceeds to the next stage of the tournament.
How entries are judged
The primary criterion for winning a round is successfully pushing the opponent's robot completely out of the circular arena. A robot is also declared the winner if the opponent's robot is immobilized for more than a specified time. Adherence to all robot specification rules is mandatory.
Selection process
Teams are selected based on successful registration. In the competition, winners of each match advance through a knockout or tournament bracket until a final winner is determined.
Academic details
Difficulty: Advanced
What's covered
No specific Curriculum.
Frequently asked questions
What are common strategic mistakes participants make in Robo Sumo?
A frequent error is focusing solely on offensive power while neglecting defense and stability. Another is inadequate sensor calibration, leading to poor edge detection and accidental self-elimination. A balanced approach to design and programming is crucial for success.
How can a team effectively prepare for the autonomous nature of the competition?
Success hinges on robust programming and sensor integration. Teams should extensively test their code for various scenarios, including different opponent strategies and arena conditions. Simulating matches helps refine the robot's logic for detecting and responding to the opponent autonomously.
What factors do judges prioritize when evaluating robot design and performance?
Judges primarily look for rule compliance, robustness, and effective strategy. While pushing the opponent out is the main goal, a robot's stability, speed, and the intelligence of its autonomous decision-making process are key performance indicators that distinguish top competitors.
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