UTVX / TORONTO / ON / VEX U

BUILDING U OF T’S NEXT COMPETITIVE ROBOTICS TEAM.

UTVX is the University of Toronto’s VEX U robotics team, bringing together students in mechanical design, electronics, software, controls, physics, and mathematics to build competition robots from the ground up.

JOIN THE TEAM

MEET UTVX

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MEET UTVX

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PLATFORM

UTVX–01

MISSION

VEX U

STATUS

RECRUITING

01 / ABOUT UTVX

ENGINEERING FROM THE GROUND UP.

UTVX is a student-led robotics team competing in the VEX U Robotics Competition. Each season, we design, manufacture, program, test, and iterate on a completely new competition robot.

Our team integrates mechanical engineering, electrical systems, controls, autonomous programming, computer vision, physics, and mathematical modelling into one complete robotic platform.

04 / TEAM

BUILT BY STUDENTS. POWERED BY EVERY DISCIPLINE.

UTVX brings together students across mechanical design, electronics, software, controls, physics, mathematics, operations, and strategy. We are building the team alongside the robot, with room for both experienced builders and students ready to learn.

JOIN UTVX

05 / ROBOT

OUR FIRST COMPETITION ROBOT IS IN DEVELOPMENT.

The 2026–27 season begins with game analysis, rapid prototyping, and system architecture. The final machine will be the result of repeated design reviews, testing, manufacturing, programming, and iteration.

06 / PARTNERS

HELP BUILD U OF T’S NEXT ROBOTICS PROGRAM.

UTVX is developing its competition program, workshop capability, and technical resources. Partnerships can support materials, manufacturing, electronics, software infrastructure, travel, and student development.

07 / VEX U + 2026–27 GAME

VEX U + OVERRIDE

VEX U is the university division of the VEX Robotics Competition. Explore the official 2026–27 game, Override, read the game manual, and see how UTVX turns a ruleset into a competition-ready robotic system.

EXPLORE VEX U

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08 / ENGINEERING

ONE ROBOT. MULTIPLE DISCIPLINES.

03.1

MECHANICAL

CAD, mechanisms, drivetrain, manufacturing, prototyping.

03.2

ELECTRICAL

Power distribution, sensors, wiring, system integration.

03.3

SOFTWARE

Autonomous routines, controls, path planning, computer vision.

03.4

STRATEGY

Game analysis, simulation, optimization, match strategy.