Challenge rules

These rules may not be the final ones, the organizers have the right to modify them as they see fit. If there are any changes we'll let you know at once.

1. The goal

The robot has to follow a track marked with a black line. It has to be fast enough to go through a circular loop and not fall off. The robot must follow the line at all times. The whole robot must start behind the starting mark and is considered to have crossed the finish line if any part of the robot crosses it when the robot has completed a full lap of the course.

2. Rules for the robot

A. The robot must be completely autonomous after passing the Start Line; if it is not, it will be disqualified.

B. Before the competition, the robot must pass the Homologations.

C. The robot must be equipped with an EDF (electric ducted fan). The functionality of the EDF will be checked by placing the robot upside down on a surface with the EDF on.

3. Rules for the track

A. The track for the contest is a 2 x 5.6 m white colored area.

B. The closest approach of the line course to the edges of the arena shall not be less than 15 cm, measured from the center of the line.

C. The minimal curve radius is 7.5 cm.

D. There is an loop with 1.5m diameter and 40cm width. The line is continued on the loop and after it.

4. HOMOLOGATION

A. The robot’s maximum dimensions are 30x30 cm and the maximum weight is 1 kg.

B. The teams that cannot prove the functionality of the robot in the given conditions are disqualified.

5. The competition

5.1 Time measured on the track

The time for each robot is measured from the moment when the start line is passed until the moment when the finish line is passed. It is considered that the robot passed the finish line when the farthest point of it pass the line. The time is measured by using an electronic gate.

5.2 Time limit

Each robot has maximum 3 minutes to finish the track by trial. The robot can do an unlimited number of trials in the time given by the organizer. The time for the whole contest is given according to the number of participants.

5.3 Timekeeping

The time for a robot is measured by an electronic gate or a judge with a stopwatch, based on the availability of the equipment.

5.4 Losing the line

If a robot loses the line, it must restart the trial. If it loses the line for the second time, it will receive 3 minutes for that trial. Trials can be restarted just as many times as wanted in 3 minutes.

If the robot loses the line but is able to come back on the track from the point where it lost the line, it can continue on the track with 3 seconds penalization.

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