Take control of the action with remotely operated robots. Robot football, mini sumo and team tennis combine responsive engineering with driving skill, match strategy and coordination between operators.
Choose your game and check the limits for each robot before building. Practise steering, ball handling or ring tactics with your operators; in two-robot events, coordinated roles matter as much as individual driving skill.
Participation implies acceptance of the official rulebook. All teams, mentors, and students are expected to read, understand, and comply with the rules.
Drive a pair of LEGO robots in a fast robot-football match. Coordinate passing, defence and shooting with a table-tennis ball while staying within each robot’s size and mass limits. Mechanical ball control and teamwork turn driver skill into goals.
Dimensions and mass apply to each robot.
Design two remotely controlled football robots using an open construction platform. Combine precise driving, a legal kicking mechanism and coordinated attacking and defensive roles. Each robot is inspected separately before the team takes the field.
Dimensions and mass apply to each robot.
Drive a compact radio-controlled sumo robot and push your opponent outside the ring. Unlike autonomous sumo, the operator chooses the timing, direction and tactics throughout the duel. Build for grip, stability and a reliable radio link within the 500 g class.
Control two robots as a team to move balls into the opposing court. Coordinate collection and transfer while responding to golden balls and the changing score. The open-platform format allows custom construction, with a maximum of two powered wheels per robot.
Dimensions and mass apply to each robot.
Choose your field, build your team and bring your idea, project or robot to life. Compete at your level, connect with students and academics from around the world, and gain experience that supports your academic journey.