McMaster University · Hamilton, Canada

We build robots that compete at the highest level.

A student-led team bringing mechanical design, electrical systems, embedded control, and artificial intelligence together for the RoboMaster arena.

4Core disciplines
1Shared mission
GlobalCompetition
Mac Falcons · Est. at McMaster MAC RoboMaster falcon emblem

Who we are

Engineering is a team sport.

MAC RoboMaster is a multidisciplinary student team at McMaster University. Every season, we design and build a fleet of remote-controlled and autonomous battle robots from the ground up—then take them to compete with universities from around the world.

We are engineers, programmers, designers, operators, and organizers united by a love of ambitious problems and hands-on learning.

Full-stackRobotics development
Student-ledDesign and operations
AnnualBuild season

One robot, many systems

Built across disciplines.

Real competition robots demand a tight loop between hardware, software, and strategy.

01 / VISION

Computer Vision

The eyes and brain: object detection, target tracking, and intelligent decision-making.

02 / MECHANICAL

Mechanical Design

The skeleton: strong, serviceable mechanisms built for speed, accuracy, and impact.

03 / EMBEDDED

Embedded Systems

The nervous system: real-time controls and reliable communication between components.

04 / ELECTRICAL

Electrical Design

The heartbeat: robust power distribution, sensing, wiring, and energy management.

Meet the fleet

Purpose-built for the arena.

About RoboMaster ↗
Heavy offense

Hero

The fleet’s heavy offensive platform, built to deliver powerful, deliberate shots while staying mobile in the arena.

MAC RoboMaster 2026 Hero robot
Autonomous defense

Sentry

An autonomous defensive platform that observes the battlefield, identifies targets, and protects key areas of the arena.

MAC RoboMaster 2026 Sentry robot
Agility

Standard 3

A versatile frontline robot designed for fast movement, responsive control, and consistent pressure throughout a match.

MAC RoboMaster 2026 Standard 3 robot
Omnidirectional mobility

Standard 4 Omni

An omnidirectional Standard platform developed for precise movement, rapid repositioning, and adaptable frontline play.

MAC RoboMaster 2026 Standard 4 Omni robot
Support & recovery

Engineer

The Engineer collects ore and exchanges it for currency that allied robots can use to purchase ammunition or revive instantly.

MAC RoboMaster Engineer robot

Road to competition

2026–2027 season.

Registration opens

RMUC and RMUL season registration.

RMUC Design review

Final design review by RMOC for the 2026–2027 season.

RMUC Mid-term assessment

Mid-term robot assessment for the university championship.

RMUC Final assessment

Final robot assessment for the university championship.

ARC Robotics competition (RMUL) assessment

Final robot assessment for the university league.

RMUC competition

University championship regional competition in China.

ARC Robotics competition (RMUL)

University league regional competition in the United States.

RMUC finals

Final competition in Shenzhen, China.

Your next build starts here

Make something that moves.

Whether you work in engineering, software, business, media, or design, there is a place to make an impact on MAC RoboMaster.

Join MAC RoboMaster