RoboFinist 2025

Competitions “Lego Sumo 15x15” are exciting fights, where two robots fight in the ring, trying to push the opponent outside the circle. Robots should be compact (not more than 15 cm in length and width) and completely autonomous, and their design is safe and comply with strict requirements. The match consists of several rounds, and the one who is the first to gain 2 points, pushing the opponent or forcing him to stop, wins. Not only power, but also a strategy are important, since robots should be smart and maneuverable. This is a spectacular competition where every second in the ring can become decisive!

Football competitions of controlled robots are an exciting sight where the teams are fighting each other, managing their mechanical players. Each team sets up to 5 robots, the task of which is to score the ball into the opponent’s goal. Robots should be compact, light and equipped with a shock mechanism to show their strength on the field. Games take place at a special training ground with clear markings and gates, and the matches last two half of 3 minutes (in the final - 5 minutes). If the winner is not detected, an additional extra time is prescribed. The team wins that will score more heads, showing not only the skill of management, but also strategic thinking!

Competitions “Narrow Line Follower Extremal” are dynamic races where robots created by commands should quickly overcome a complex route with a black line, intersections and ruptures. Robots should be completely autonomous, and their dimensions cannot exceed 250 mm in length, width and height. Participants compete in two stages: qualification and final, where robots start simultaneously on mirror routes. The winner is the one who is the first to finish or gain 2 points in the final races. This competition requires not only technical training, but also strategic thinking to get around rivals and cope with obstacles!

Competitions “Stepping Robots Marathon” are a fascinating competition where robots created by commands should overcome the track as quickly as possible, moving exclusively with the help of their feet. Robots can walk, run or jump, but their design should be unique - no wheels or caterpillars! A track up to 15 meters long with a black line and smooth turns requires accuracy and speed from robots. The teams have several attempts, and the one whose robot will pass the distance the faster than anyone else. This is a spectacular event where engineering thought is found with dynamics and excitement!

Competitions "Relay Race" is a dynamic competition where two robots teams should transfer each other a relay wand, passing the maximum number of circles in 3 minutes. Robots should be completely autonomous and be able to capture and transmit a stick in a special transmission zone. The track includes obstacles, such as the “slide” and curbs, which adds difficulties and requires accuracy and speed robots. The team wins that will execute the most successful programs, and in the case of equality - that to cope faster with the first gear. This is a spectacular event where not only speed is important, but also the coherence of the actions of robots!

The “The Journey” competition for the junior category is an exciting adventure where robots should pass four complex landfills: following an obstacle line, maze, hill and kegeling. Robots should be autonomous, compact (no more than 25 cm in length and width) and be able to overcome obstacles, go around the slide and push the pins outside the ring. Participants have several attempts, and the team that scored the largest number of points for completing tasks and showed the best time wins. This competition requires not only technical training, but also strategic thinking to cope with each step!

The “The Journey” competition for the senior category is a complex and fascinating test, where robots should pass four landfills: following the line with a moving obstacle, labyrinth, inverse line and kegeling. After completing the tasks, the robot must be captured by the central kaglu and return to the start zone, overcoming the landfills in the reverse order. Participants demonstrate not only the skill of management, but also strategic thinking in order to gain the maximum number of points for completing tasks. The team wins whose robot will cope with the route faster and more efficiently!

The Practical Olympiad is a competition where the teams solve three tasks, creating and programming robots based on Lego or Arduino designers. Participants must complete tasks in a limited time (up to 4 hours), developing both mobile and static robots. The team wins that scored the largest number of points, and in the case of equality - the one that did faster. This competition checks not only technical skills, but also the ability to find non -standard solutions!

Competitions “Mini Sumo 10x10” are dynamic fights where two robots in size no more than 10 cm fight in the ring, trying to push the opponent outside the circle. Robots should be autonomous, equipped with IR receivers and are launched using IR Pults. The match lasts up to 3 rounds, and the one who first gains 2 points, pushing the opponent or forcing him to stop, wins. Not only power, but also a strategy are important, since robots should be smart and maneuverable. This is a spectacular competition where every second in the ring can become decisive!

Competitions "Micro Sumo 5x5" are exciting fights where two miniature robots in size of no more than 5 cm fight in the ring, trying to push the opponent outside the circle. Robots should be autonomous, equipped with IR receivers and are launched using IR Pults. The match consists of several rounds, and the one who is the first to gain 2 points, pushing the opponent or forcing him to stop, wins. Not only power, but also a strategy are important, since robots should be smart and maneuverable. This is a spectacular competition where every second in the ring can become decisive!

Competitions of “Humanoid Sumo” are exciting fights where humanoid robots up to 50 cm tall in the ring, trying to push the opponent out of the circle. Robots should be completely autonomous, move on two legs and have “human” features - a body, head, arms and legs with knee hinges. The match lasts up to three rounds, and the one who is the first to gain 2 points wins, knocking out the opponent or pushing him abroad. Participants demonstrate not only strength, but also cunning tactics: for falling, the knockdown and exits of the opponent beyond the ring are charged points. This is a spectacular clash of engineering genius and strategy, where every blow and maneuver can solve the outcome of the battle!

Competitions “Segway Race” are an exciting test, where robots, holding balance at two points of the support, should quickly overcome the obstacle track. Robots can only move on wheels, balls or other rotation bodies, and their design should be completely autonomous and unique. The track includes straight sections, turns, as well as obstacles in the form of a “slide” and “brick”, which add difficulties. The team wins whose robot will gain the most points for passing the elements of the route, and in case of equality, it will show the best time. This competition requires not only technical skill, but also the ability of the robot to maintain a balance in the most difficult conditions!

Arcanoid competitions are dynamic matches where two robots fight at a square training ground, trying to throw the ball over the opponent with the help of a shock mechanism. The robots are controlled remotely through the camera fixed over the field, and should be compact (not more than 25 cm in length, width and height). The match consists of two half of 3 minutes, and the one who is the first to gain 7 points more or show the best result in the results of time. Not only the accuracy of the blows are important, but also the strategy to get ahead of the opponent. This is a spectacular competition where every second can become decisive!

“Rally on the corridor” is races where robots-cars compete on a highway with obstacles, such as “stop-linius”, “stones” and “overpass”. Robots should be autonomous, compact (no more than 50 cm in length and 40 cm in width) and are equipped with a protective bumper. Participants are qualified, and then the finale, where robots start at the same time and fight for the best time. Fines are accrued for errors, such as sowing or improper passage of obstacles. The one who passes the track faster than anyone, avoiding fines and showing the highest piloting in management!

Aquarobots competitions are fascinating competitions where the teams represent their autonomous robots that can perform complex tasks on the water. Each robot should go through a number of exercises such as “loop”, “two loops”, “eight”, bypassing the buoys and demonstrating speed and maneuverability. Robots have a couple of attempts to complete each task, and the best result is in the offset. The penalty seconds are accrued for touching the sides or booys, which adds tension and requires accuracy participants. Teams of two people compete so that their robot shows the best time and copes with the tasks the faster. This is a spectacular event where technologies are found with the water element!

“Air Rounds” are competitions where autonomous aircraft compete in the passage of the highway in the form of eight in the minimum time. Robots should be compact (no more than 1 m in length, width and height) and fly at an altitude of 1-2 meters, avoiding clashes. The teams have an unlimited number of restarts, and the one whose robot will fly more circles taking into account the average result for all attempts. This is a dynamic and spectacular competition where the speed, accuracy and skill of management are important!

The Micromouse Labyrinth competition is an intellectual competition where robots should find a way out of the maze, having passed from the starting area to the finish line in the minimum time. Robots should be autonomous, compact (no more than 16.8 cm in length and width) and cannot jump or fly the walls of the labyrinth. Participants have an unlimited number of attempts, and the best passage time goes to the test. The team wins whose robot will cope with the labyrinth faster or be closer to the finish line if the route cannot complete. This competition requires not only technical training, but also the ability of the robot to find the best path!

The Practical Olympiad is a competition where the teams solve three tasks, creating and programming robots based on Lego or Arduino designers. Participants must complete tasks in a limited time (up to 4 hours), developing both mobile and static robots. The team wins that scored the largest number of points, and in the case of equality - the one that did faster. This competition checks not only technical skills, but also the ability to find non -standard solutions!

The robot must be able to carry out the rescue mission in a fully autonomous mode with no human assistance. The robot must be durable and intelligent enough to navigate through treacherous terrain with hills, uneven land and rubble without getting stuck. When the robot finally finds the victims, it has to gently and carefully transport the victims to the safe evacuation point where humans can take over the rescue. After the victim rescue, the robot should be able to find its way out of the dangerous area.

The robot must be able to carry out the rescue mission in a fully autonomous mode with no human assistance. The robot must be durable and intelligent enough to navigate through treacherous terrain with hills, uneven land and rubble without getting stuck. The robot must search for victims, dispense rescue kits.

2-on-2 teams of autonomous mobile robots play in a highly dynamic environment, tracking a special light-emitting ball in an enclosed, landmarked field. The robots used must be autonomous, designed and programmed by the team. Competitors must demonstrate their skills in programming, robotics, electronics and mechanics, as well as the ability to work in a team.

2-on-2 teams of autonomous mobile robots play in a highly dynamic environment, tracking a special light-emitting ball in an enclosed, landmarked field. The robots used must be autonomous, designed and programmed by the team. Competitors must demonstrate their skills in programming, robotics, electronics and mechanics, as well as the ability to work in a team.

In the RoboCupJunior Soccer competition, two teams of autonomous humanoid robots compete against each other. Competitors must demonstrate their skills in programming, robotics, electronics and mechanics, as well as the ability to work in a team, because in order to score a goal against opponents, serious preparation is required.

In the robot soccer competition, a team of six autonomous mobile robots compete against another team in a soccer match. To control a group of robots, a camera is installed above the field, and each robot is marked with a unique color indicator.

RobocupJunior onStage allows teams to present a 1-2 minute performance using standalone robots, designed, built and programmed by the team. These competitions are open. They include all kinds of performance, it can be dancing, history, theatrical performance or art installation. The performance can be accompanied by music. The team can use any number of robots on the scene.

A free creative category invites participants to create a unique robotics project that should have mechanical, electronic and algorithmic components. Teams represent their developments, demonstrating their performance and innovation. Projects are evaluated by many criteria, including the complexity of the design, the quality of programming and presentability. Participants also interact with each other, reviewing and advertising opponents. Winners are determined by the amount of points scored at different stages of the competition. This is a great opportunity for young inventors to show their talents and be inspired by new ideas!

A free creative category invites participants to create a unique robotics project that should have mechanical, electronic and algorithmic components. Teams represent their developments, demonstrating their performance and innovation. Projects are evaluated by many criteria, including the complexity of the design, the quality of programming and presentability. Participants also interact with each other, reviewing and advertising opponents. Winners are determined by the amount of points scored at different stages of the competition. This is a great opportunity for young inventors to show their talents and be inspired by new ideas!

A free creative category invites participants to create a unique robotics project that should have mechanical, electronic and algorithmic components. Teams represent their developments, demonstrating their performance and innovation. Projects are evaluated by many criteria, including the complexity of the design, the quality of programming and presentability. Participants also interact with each other, reviewing and advertising opponents. Winners are determined by the amount of points scored at different stages of the competition. This is a great opportunity for young inventors to show their talents and be inspired by new ideas!