SumoBot Regionals
Achieved 4th out of 24 teams where the top teams from different universities came to compete.
YEAR
March 2026
ROLE
Competitor
SERVICES
Solidworks
3D Printing
Arduino IDE
Power Systems
Electrical Wiring
About the project
What?
- Top 3 teams from each university comes together and competes in a tournament.
- Universities such as York, McMaster, and more participated.
How?
- Used SolidWorks to design the robot. Implemented assemblies and optimized to fit strict requirements of 10 cm by 10 cm and a 500 g weight limit.
- Adapted past designs and optimized it to fit specific power systems we implemented.
- Used a dual power source, a Lipo battery to power the motor drivers and a 5V battery to power the arduino.
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SumoBot Regionals
OVERVIEW
Achieved 4th out of 24 teams where the top teams from different universities came to compete.
YEAR
March 2026
ROLE
Competitor
SERVICES
Solidworks
3D Printing
Arduino IDE
Power Systems
Electrical Wiring
About the project
What?
- Top 3 teams from each university comes together and competes in a tournament.
- Universities such as York, McMaster, and more participated.
How?
- Used SolidWorks to design the robot. Implemented assemblies and optimized to fit strict requirements of 10 cm by 10 cm and a 500 g weight limit.
- Adapted past designs and optimized it to fit specific power systems we implemented.
- Used a dual power source, a Lipo battery to power the motor drivers and a 5V battery to power the arduino.
Smooth Scroll
This will hide itself!
This will hide itself!
SumoBot Regionals
OVERVIEW
Achieved 4th out of 24 teams where the top teams from different universities came to compete.
YEAR
March 2026
ROLE
Competitor
SERVICES
Solidworks
3D Printing
Arduino IDE
Power Systems
Electrical Wiring
About the project
What?
- Top 3 teams from each university comes together and competes in a tournament.
- Universities such as York, McMaster, and more participated.
How?
- Used SolidWorks to design the robot. Implemented assemblies and optimized to fit strict requirements of 10 cm by 10 cm and a 500 g weight limit.
- Adapted past designs and optimized it to fit specific power systems we implemented.
- Used a dual power source, a Lipo battery to power the motor drivers and a 5V battery to power the arduino.
Smooth Scroll
This will hide itself!
This will hide itself!