Toronto MetRobotics (TMR)

Toronto MetRobotics finished second overall in 2019 on Delivery 90 and Equipment Servicing 77. Since then it has finished 11^th, 15^th, 14^th and 16^th, with totals inside a 25-point band and no collapse year to explain. This is a capability ceiling rather than a failure profile, and the ceiling is specific: the two manipulation missions that carried the podium are the two that have not recovered. The team is organisationally healthy, with a named 2026 rover, a published specification block and seven standing sub-teams, which rules out the usual explanation that the people left.

Identity and results

The team competed as R3, Ryerson Rams Robotics, before the university and the team were renamed. The 2023 official team list states the change directly, so the earlier rows are the same programme S-URC23-TEAMS.

The 2019 and 2025 rows reproduce the published results S-URC-HISTRESULTS S-URC25-SCORES. The 2017 and 2018 mission columns were not archived. The team registered for 2026 and published a review film, but there is no row in the 2026 score sheet S-URC26-TEAMS S-TMR-SAR2026 S-URC26-SCORES.

Rover generations

2017 to 2019: the R3 years. The programme moved from 21^st to 15^th to second overall. The 2019 rover scored 90 in Delivery and 77 in Equipment Servicing while autonomy scored only 10, which makes it one of the clearest examples in the field of a podium built on manipulation S-URC-HISTRESULTS.

2022 to 2025: the consistent mid-field rover. Each season kept the review score between 90.59 and 93.41 and Science between 70 and 93, while the mechanical missions moved independently. The totals stayed inside a 25-point band even as the internal balance changed completely, which is what a stable operating point looks like S-URC22-SCORES S-URC25-SCORES.

2026: Ingenuity. A named rover with a published specification block: 50 kg in competition configuration, a six-wheel double lambda rocker-bogie, a six-degree-of-freedom arm, a soil-sampling drill with on-board life-detection assays, and navigation that fuses satellite positioning with point clouds and object detection. A drone is listed as in development S-TMR-METROBOTS.

Subsystems

Mobility. A six-wheel double lambda rocker-bogie, in the team’s own terms. Wheel diameter, width, tyre material, drive motors and gearboxes are not published. The team’s sponsor list includes a motor-controller maker and a motor supplier, and a third-party board repository describes a breakout board made for Toronto MetRobotics, which is consistent with that controller family without confirming the current drive S-TMR-METROBOTS S-TMR-ODRIVE-PCB.

Arm and end-effector. Six degrees of freedom, with no reach, payload or actuator figure published. The arm is the component that most likely separates the 2019 podium from the modern record, because Delivery and Equipment Servicing are the two missions it serves and the two that have not recovered S-TMR-METROBOTS.

Science. A soil-sampling drill with on-board life-detection assays. Science scored 79, 83.52, 70 and 93 across the modern seasons, so the payload is not the constraint. The assay chemistry and the instrument set are not published S-TMR-METROBOTS S-URC25-SCORES.

Autonomy. Satellite positioning with point-cloud navigation and object detection. Autonomy scored 39, 42, 56 and 56, which is mid-field and improving, and the 2026 specification puts navigation at the centre of the design S-TMR-METROBOTS.

Power, communications and compute. Nothing is published beyond a sponsor list that includes a compute vendor and an inertial and satellite-navigation vendor. Battery, radios, antennas and mass breakdown are absent.

Mission performance

The 2022 season explains the fall from the podium in one number: Equipment Servicing dropped from 77 to 5, a 72-point loss, while Science and the review held. That single drop accounts for most of the movement from second to 11^th S-URC22-SCORES S-URC-HISTRESULTS.

The 2023 season was the most balanced of the window, and the 2024 season produced the best review score and the best autonomy score in the record alongside a Delivery zero. In 2025 the team produced its best total and its best Science score and still moved down one place, because the field improved faster. That is the clearest single illustration in this tier of the rule that the review gates entry and the missions decide the rank S-URC23-SCORES S-URC24-SCORES S-URC25-SCORES.

The 2019 season against the 2025 season is a natural experiment inside one programme: the same university, the same competition, a podium when Delivery and Equipment Servicing worked, and a 16^th place when they did not, with science and autonomy scores higher in the later year.

Lessons for a first build

• Manipulation missions are a capability, not a feature. The 2019 podium and the modern ceiling differ mainly in Delivery and Equipment Servicing. A first build should treat both as core systems with named owners.
• A stable rank can hide a changing mission profile. The totals barely moved across four seasons while the mission scores changed completely. Track the components, not the total.
• Publish one exact number. A declared 50 kg mass is more useful to the field than a page of adjectives, and it takes one measurement.
• Organisation is not the constraint here. Seven sub-teams, a named rover and a specification block coexist with a mid-field ceiling, which means the remaining gap is technical, not structural.
• A missed finals year costs a comparison. The 2026 season has a rover and a film but no score row, so the redesign cannot be evaluated.

What remains uncertain

Why 2026 has no finals row after a published review film is not stated. What happened to the delivery and servicing designs between 2019 and 2022 is the most valuable missing comparison, and the 2019 film exists but has not been reviewed frame by frame in this dossier. Mass breakdown, wheel dimensions, motors, battery and radios are unpublished, and the 50 kg figure is a total only. The drone is listed as in development with no mass or flight figure.

Team sources

• torontometrobotics.com, the team site.
• Robot specification page, the source of the 50 kg and arm figures.
• 2026 review film, the current rover in motion.
• 2025 review film, the peak-total season.
• ODrive breakout board, a third-party board made for the team.