1. EVENT OVERVIEW
Event Name: Line Tracking Competition
Match Type: Time-Based and Head-to-Head Format
Robot Type: Mobile Robot
Control System: Fully Autonomous
Objective
Each participant shall design and program a Mobile Robot capable of automatically navigating a winding track from start to finish.
The robot must operate fully autonomously once activated. It may use infrared sensors, optical sensors, color sensors, camera-based systems, or other appropriate sensing technologies to detect and follow the line.
No external control, wireless control, or physical intervention is allowed during a run.
2. TRACK SPECIFICATIONS
2.1 Practice and Testing
Contestants are allowed to test the official track two (2) hours prior to the start of the contest proper.
After the designated testing period ends, further testing is strictly prohibited. A notice will be posted to signal the end of the
practice period.
2.2 Track Layout and Dimensions
Two mirrored and identical tracks will be used during the competition.
Each track measures 320 centimeters by 425 centimeters.
The track is printed on tarpaulin material.
Base color: White
Guiding line: Black, 2.5 centimeters (approximately 1 inch) wide.
Any changes to the track will be announced on the official Facebook page. The final track design and details will be released one (1) month prior to the competition.
2.3 Track Design Rules
The track shall not contain crossovers.
Switchbacks and hairpin turns are allowed.
Adjacent sections of the line must be at least 15 centimeters apart (center to center).
The course may include sharp right-angle turns.
No angle in the track shall be less than 90 degrees.
3. ROBOT TECHNICAL REQUIREMENTS
3.1 Autonomy
Robots must operate fully autonomously.
No external control or physical intervention is allowed once the run begins.
Movement prior to the official start may result in a penalty.
3.2 Size and Structure
Maximum footprint: 25 cm × 25 cm before the start.
No height restriction unless specified by organizers.
Robots must remain as a single integrated unit.
Expandable mechanisms are allowed after the start signal.
Robots registered in LEGO category must use official Lego materials only and no other materials used except building adhesive, tapes or screws.
3.3 Weight
Maximum allowable weight: 3 kilograms.
Robots exceeding this limit will not be allowed to compete.
3.4 Power System
Robots must use onboard power sources only.
Batteries must be safely mounted.
External power or exposed hazardous wiring is prohibited.
3.5 Sensors and Control
Permitted: Infrared, optical, color, camera-based sensors, or other non-destructive technologies.
Prohibited: Sensor jamming or interference devices.
3.6 Safety Restrictions
No sharp edges capable of damaging the track.
No destructive mechanisms or substances.
No flames, projectiles, adhesives, or sticky substances.
4. ROBOT INSPECTION CHECKLIST
4.1 Pre-Competition Inspection
Robots must pass inspection prior to competing:
Dimensions comply with limits
Weight within allowable range
Fully autonomous operation
Secure power system
No prohibited mechanisms
Visible robot identification number
Failure to pass inspection will require immediate correction; repeated failure may result in disqualification.
4.2 Post-Modification Inspection
Any robot modified after a round may be subject to re-inspection before the next run.
4.3 Authority
The inspection committee has final authority to approve or reject robot eligibility.
5. STANDARDIZED PENALTY SYSTEM
5.1 Minor Violations
Examples:
Early start
Touching the robot during a run
Deliberate delay
Minor safety issues
Penalties:
First offense: Warning
Second offense: +5 seconds added to final time
Third offense: +10 seconds added to final time
Fourth offense: Round disqualification
5.2 Major Violations
Examples:
Remote control use
Intentional track damage
Prohibited mechanisms
Unsportsmanlike conduct
Penalty: Immediate round disqualification; repeated violation may result in event disqualification.
6. TIME PENALTY SYSTEM
Final Time = Actual Time + Total Penalty Time
If robot is stuck for one (1) minute or circles without progress:
Final Time = Maximum Recorded Time of the Round + 30 seconds
If robot leaves the track and cannot recover:
Final Time = Maximum Recorded Time of the Round + 45 seconds
If manual intervention occurs:
Final Time = Maximum Recorded Time of the Round + 60 seconds
7. COMPETITION FORMAT
7.1 Qualifying Round
Applicable if 20+ participants are registered
Each participant gets three (3) attempts to complete one lap
Failure after three attempts results in elimination
7.2 Regular Match
Round-robin format
Each match consists of best-of-three runs
Top six (6) robots proceed based on performance
Three-minute adjustment period between rounds
Rankings determined by points and average Final Time
Top three (3) declared winners; tiebreaker matches if needed
Points and times displayed publicly for transparency
8. JUDGING AUTHORITY
Judges’ decisions are final.
Objections must be raised before the match concludes.
Any situation not covered in this rulebook shall be resolved by the judges.
9. MISCELLANEOUS
Rules may be adjusted to preserve fairness, safety, and competitive integrity.
All participants are expected to demonstrate professionalism and sportsmanship.
🏆 END OF OFFICIAL LINE TRACKING COMPETITION RULEBOOK
TRACK NAME: VENTURE
This is the unofficial track for the 1st and 2nd ROBOTICA INVATATIONAL ROBOTICS COMPETITION.
TRACK NAME: VENTURE
This is the unofficial track for the 1st and 2nd ROBOTICA INVATATIONAL ROBOTICS COMPETITION.
TRACK NAME: BINARY
This is the official track for the 3rd and 4th ROBOTICA INVATATIONAL ROBOTICS COMPETITION.
TRACK NAME: BINARY
This is the official track for the 3rd and 4th ROBOTICA INVATATIONAL ROBOTICS COMPETITION.
TRACK NAME: NEO
This is the official track for the 5th ROBOTICA INVATATIONAL ROBOTICS COMPETITION.
TRACK NAME: NEO
This is the official track for the 5th ROBOTICA INVATATIONAL ROBOTICS COMPETITION.