Registrations Open — Semester 1, 2026

CANBERRA BATTLEBOTS 2026

Design. Build. Destroy. Canberra's premier university combat robotics competition — 150g antweight class. Organised by ANU RRC & UC Robo in partnership with Canberra Combat Robotics.

Weight Class
150g / Antweight
Exhibition
Early April 2026
Main Competition
Late September 2026
Arena
Polycarbonate Enclosure
ANU RRC
×
UC ROBO
with
CCR
// About the Event
What is BattleBots?

BattleBots is a combat robotics competition where university students design, build, and fight 150-gram antweight robots in a polycarbonate arena. Robots compete head-to-head in 3-minute matches, with wins by knockout, pit-out, or judges' decision.

Co-organised by the ANU Robotics & RC Club and UC Robo at University of Canberra, in partnership with the Canberra Combat Robotics Group (CCR), this event is open to students of all experience levels. Kits are available for beginners, and workshops will guide you from design to competition day.

The competition follows the SPARC Robot Construction Specifications v1.5 adapted by CCR for Canberra events, with matches governed by SPARC Match Rules v1.2.

150g
Weight Limit
3 min
Match Length
2
Events
Destruction

🔧 Workshops Provided

Design workshops, 3D printing sessions, and hands-on build days at UC Workshop 7. We'll help you go from idea to fighting robot.

📦 Starter Kits Available

Don't know where to start? Purchase a kit with motors, electronics, receiver and optional transmitter. Just design your chassis and weapon.

🏟️ Professional Arena

Fights take place in a polycarbonate enclosed arena with pit drops in two corners. Spectator-friendly and safe.

🎓 Open to All Students

ANU and UC students welcome. No prior robotics experience required — just enthusiasm and a willingness to learn (and break things).

// Schedule
Event Timeline
From first designs to competition day — here's the roadmap for BattleBots 2026.
October 2025
Information Night
Overview of the competition, early formation of teams, guest speakers from CCR and UC Collaborative Robotics Lab.
November 2025
BattleBots Meet
Final formation of teams, sign-ups, and handout of kits.
Dec 2025 – Jan 2026
Holiday Design Phase
Teams get together and start early talks, sketches, and CAD designs over the break.
February – March 2026
Design Workshops & Production
Workshop sessions at UC Workshop 7. 3D printing, materials guidance, and build days. Kit cutoff date: March 8th.
Late March 2026
Preparation & Testing
Final testing, safety checks, and getting ready for the exhibition match.
Early April 2026
Exhibition Match
A showcase event — test your robot in friendly bouts, get feedback, and prepare for the main competition.
Exhibition
Term 2 Mid-Term Break
Design Iteration & Rebuild
Take lessons from the exhibition, redesign, upgrade, and prepare your robot for the real thing.
Late September 2026
Main Competition Day
The official BattleBots 2026 tournament. Double elimination bracket. Trophies awarded. Location TBA.
Main Event
// Construction Rules
Robot Specifications
Based on SPARC Robot Construction Specifications v1.5, adapted by the Canberra Combat Robotics Group.
⚖️

Weight Class

Standard antweight: 150g (0.33 lb). Shufflers get a 1.25× bonus (225g). Walkers get a 2× bonus (300g). Your robot must weigh in at or under the limit at competition.

🔋

Power & Batteries

Only non-spillable batteries permitted (LiPo, NiMh, LiFe, etc.). Voltages above 48V require prior approval. A manual disconnect must be accessible within 15 seconds. A visible power LED is required.

📡

Radio Control

2.4GHz spread-spectrum systems required. Must have failsafe that stops all motion on signal loss. At least 2 frequency channels required. Toy radios may be allowed for antweights without active weapons.

🔒

Safety Requirements

Weapon locks must be clearly visible at all times outside the arena (e.g. "remove before flight" tags). Full deactivation within 60 seconds by manual disconnect. Wheels must be off-ground when not in arena.

🛠️

Materials

Any materials allowed for standard class. Suggested: 3D printed (TPU, Nylon, CF-PLA+), composites (carbon fibre, Kevlar), metals (aluminium, mild steel). Design for easy repair.

🌀

Spinning Weapons

Rotational weapons allowed. Must stop within 60 seconds of power removal with self-contained braking. Weapons that contact arena outer walls need pre-approval.

🚫

Forbidden Weapons

No electrical weapons, RF jamming, entangling devices (nets, tapes, strings), liquid weapons, projectiles, fire/heat, explosives, smoke, bright lasers, or hazardous materials. Internal combustion engines are not permitted.

⚠️

Not Allowed at This Event

Tethered projectiles, heat/fire weapons, smoke effects, pneumatics (without prior organiser approval), and ICE engines are all prohibited at CCR events.

// Design Inspiration
Common Robot Types
Not sure what to build? Here are the main archetypes in antweight combat.
🌀

Spinner

Vertical, horizontal, or drum spinners. High damage output. Can be vertical disc, horizontal bar, or compact drum.

⬆️

Flipper

Uses a mechanical arm to flip opponents over. Pancake-style flippers are popular at antweight. Great control-focused design.

🔺

Wedge / Pusher

Low-profile wedge that gets under opponents. Simple, durable, and effective. The classic "door stopper 2.0" approach.

🔨

Hammer / Axe

Overhead striking weapon. Dramatic and crowd-pleasing. Requires careful weight distribution at 150g.

🦀

Grabber / Lifter

Clamps onto opponents and controls their movement. Push them into pits or pin them against walls.

🚶

Walker (300g bonus)

Non-wheeled locomotion allows double the weight at 300g. Complex but rewarding if you can pull it off.

// Match Day
How Matches Work
Based on SPARC Match Rules v1.2, adapted by CCR.
3:00
Match Length
10s
KO Countdown
10s
Max Pin Time
20 min
Min Between Matches

💀 Knockout (KO)

If a robot can't demonstrate controlled translational movement within a 10-second countdown, it loses. Attacking a "dead" robot resets the count.

🕳️ Pit-Out

The arena has pit drops in two corners. Pits open with 1 minute remaining. Push your opponent in to win instantly.

⚖️ Judges' Decision

If both robots survive to the buzzer, judges score on damage, aggression, and control to determine the winner.

🏳️ Tap Out

A driver can concede at any time by informing the referee verbally or pressing the tap-out button.

Tournament Format: Round Robin for 5 or fewer robots; Double Elimination for 6+. Modified single un-stick rule applies — you get one free un-stick only if the opponent didn't cause it.

// Registration & Kits
Pricing
Competition entry, robot kits (with or without transmitter), and event merch are all available on our Rubric page. Club members get discounted pricing on everything.
Check Pricing on Rubric →

Entry fees, kits, and t-shirts — all in one place. Club membership gives you access to discounted rates and workshop sessions.

// Safety First
Safety Requirements
Combat robotics is inherently dangerous. All participants build and operate robots at their own risk.

⚠️ Cardinal Safety Rules

// Get Started

Ready to Build?

Join ANU RRC or UC Robo, grab a kit, and start designing your 150g fighting machine.

Join ANU RRC on Rubric → Join Discord