Size Constraint
At the start of the match, the robot must fit inside a 100cm × 100cm × 100cm cube. The robot may expand after the match begins.

Weight Categories
(All weights include battery weight. ±10% tolerance allowed.)
• Under 8 kg (6–8 kg range)
• Under 15 kg (10–15 kg range)
• Under 30 kg (15–30 kg range)
• Under 60 kg (30–60 kg range)

Allowed Battery Types
• Lithium Polymer (LiPo)
• NiCad
• NiMH
• Sealed Lead Acid (Gel / AGM)

Voltage Limit
Maximum rated voltage: 48V DC

One vs One Battle
• 1 Robot per team
• Wireless controlled (manual or autonomous)
• Tournament bracket format

No Full Robot Substitution
Teams may not replace their entire robot between rounds. However, teams are allowed to replace damaged motors, repair armor, replace wheels, and fix electronics. If the robot is completely destroyed and cannot be repaired, the team is eliminated.

Check‑in
Teams must report 5 minutes before their scheduled match.

Box Test
Robot must fit inside the 100cm cube before entering the arena.

Starting Position
Robots begin inside designated colored squares. Must remain completely motionless. Match starts only after referee command.

• Total match time: 5 minutes
• Clock runs continuously
• No breaks during the round

A match ends in one of three ways:

Knock‑Out (KO)
One robot is incapacitated or pushed out of the arena.

Technical Knock‑Out (TKO)
Both robots become disabled. The robot that stopped moving last is declared the winner.

Judges’ Decision
If both robots remain functional after 5 minutes, judges score based on:
• Damage – 5 Points
• Aggression – 3 Points
• Control – 3 Points

Size
40 ft × 40 ft enclosed steel arena

Hazards
The arena includes built‑in hazards such as mechanical hammers, rotating saws, and structural obstacles. These elements are designed to increase battle intensity.

Starting Squares
Robots begin on opposite sides inside marked squares.

3D Model Arena: Move Cursor to View 360 degree

Scoring Levels: Minimal – 1 point | Partial – 3 points | Mastery – 5 points

Evaluation Parameters
• Robot Design & Construction – structural durability, impact resistance, weight distribution, weapon durability
• Programming & Control – response precision, stability under combat pressure, control reliability
• Strategy & Tactics – use of arena hazards, offensive/defensive balance, exploiting opponent weaknesses
• Teamwork & Collaboration – communication clarity, coordination during repairs, defined team roles
• Game Performance – aggression level, damage delivery, ring dominance
• Problem‑Solving & Adaptability – repair capability, tactical adjustments, adaptation to opponent styles