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Tournament Guide

Robo War & Combat Robotics Guide

Complete Engineering Guide: Armor Selection, Weapon Electronics, Failsafes & Impact Mechanics

Quick Answer

What is Robo War & Combat Robotics?

Robo War is a combat robotics competition where remote-controlled armored vehicles battle inside an enclosed, impact-resistant polycarbonate arena to disable or immobilize the opposing machine using kinetic weapons, wedges, or pushing dominance.

Event Dynamics

Typical Combat Arena & Match Format

Arena & Track Layout

Battles occur inside a fully sealed enclosure with thick polycarbonate walls (minimum 6–12 mm) and steel blast deflectors. Arenas frequently feature hazards like pit holes, floor flippers, or spinning floor drums.

Match & Round Structure

Matches last 2 to 3 minutes. Victory is declared via knockout (opponent immobilized for 10 seconds) or judge's decision based on aggression, damage, and control.

Scoring & Penalties

If neither robot is knocked out, three judges award points categorized by Damage dealt (active weapon impact), Aggression (continuous engagement), and Control.

Organizer-Dependent Rule Notice: Weapon restrictions (flame, projectiles, liquids, entanglement nets) and exact weight classes depend strictly on the tournament sanctioning body. Confirm all safety regulations in advance.
Engineering Specs

Combat Mechanical Architecture & Sizing

Chassis System

Heavy-duty Grade 5 titanium, Hardox 450 steel, or high-density polyethylene (UHMWPE) shock-absorbing armor bolted with high-tensile grade 10.9/12.9 hardware.

Drivetrain & Motors

Over-volted brushless or high-torque brushed motors paired with hardened steel planetary gearboxes and solid nylon/rubber wheels protected inside chassis wheel wells.

Power System

Heavy-duty LiPo batteries shielded inside puncture-proof aluminum or fiberglass fireproof enclosures, equipped with a mechanical master power switch (removable link).

Radio & Control

2.4GHz receiver featuring verifiable signal failsafes that cut all weapon and drive power within 1 second of signal loss.

Typical Rulebook Engineering Bounds (Example Tolerances)

DimensionsTypically within 300 × 300 mm to 600 × 600 mm (class dependent)
Weight BoundsStandard classes: 1 lb, 3 lbs, 15 kg, or 30 kg
Voltage CeilingTypically 14.8V (4S) to 25.2V (6S) DC
Radio Channel SpecMinimum 4 channels with dedicated weapon arming switch
Field Strategy

Pit Safety & Combat Checklist

  • 1Incorporate a physical safety lock: always install a physical weapon locking pin before turning on the robot in the pit area.
  • 2Implement independent radio failsafes: verify that turning off the transmitter immediately kills all weapon and drive motor outputs.
  • 3Shock-mount electronics: mount the receiver, ESCs, and batteries on silicone gel pads or high-density foam to survive heavy kinetic shockwaves.
  • 4Double-check screw thread-locking: apply medium-strength blue threadlocker (Loctite 242/243) on all metal-to-metal chassis and motor fasteners.
Readiness Protocol

Pit Spares & Tools Checklist

  • LiPo charging safety bag and fire-extinguishing sand container
  • Physical weapon safety lock pin / clamp with 'REMOVE BEFORE FLIGHT' banner
  • Spare drive motors and replacement armor brackets
  • High-amperage removable power link / master cutoff key
  • Impact-resistant goggles and mechanic work gloves
Pitfall Prevention

Common Tournament Pitfalls & How to Avoid Them

Mistake #1:Rigidly bolting sensitive electronics to structural armor, causing ESC circuit board cracking upon direct hammer or spinner impacts.
Mistake #2:Exposed drive wheels that are torn off or sheared during the initial wedge collision.
Mistake #3:Underestimating battery current draw during weapon spin-up, triggering ESC low-voltage brownouts.
Mistake #4:Omitting mandatory physical weapon safety locks, resulting in immediate safety disqualification at technical inspection.
Tournament-Tested Hardware

Relevant Competition Kits & Components

View Full Competition Catalogue
Flysky FS-i6X 2.4GHz 10CH AFHDS 2A RC Transmitter With FS-iA10B 2.4GHz 10CH Receiver
10CH Dual Antenna#TTRC-R-1
Radio Controllers

Flysky FS-i6X 2.4GHz 10CH AFHDS 2A RC Transmitter With FS-iA10B 2.4GHz 10CH Receiver

10-channel AFHDS 2A digital proportional computerized RC system with high-gain dual antennas and bidirectional telemetry.

  • 10-Channel 2.4GHz AFHDS 2A Digital Frequency Hopping
  • FS-iA10B 10-Channel Telemetry Receiver with Dual Antennas
Catalogue Price
₹6,398
View Specs
TTRC HD 80MM WHEEL
Heavy Duty Wheel#TTRC-RC-3
Robotics Components

TTRC HD 80MM WHEEL

A TTRC HD wheel supplied in white with the stated dimensions, 6mm hub ID and 130 weight value from the source.

  • High-Density Heavy Duty Rigid Construction
  • Stated Diameter: 88.9 mm with 60 mm Thickness
Catalogue Price
₹2,000 / 4 pcs

Enquire for volume

View Specs
TTRC DGJ 300RPM
Geared DC Motor#TTRC-RC-4
Robotics Components

TTRC DGJ 300RPM

TTRC DGJ 300RPM is a geared DC motor designed for robotics and engineering applications, with a 6–18V operating range, 12V rated voltage and the supplied torque specifications.

  • Base Motor RPM: 18000
  • Operating Voltage: 6–18 V (Rated 12 V)
Catalogue Price
₹650

Enquire for volume

View Specs
Hands-On Skill Building

Recommended Training & Courses

Bespoke Prototyping

Custom Engineering & Chassis Services

Engineering Answers

Frequently Asked Questions

Preparing for an Upcoming Robo War & Combat Robotics?

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