3000W Electric Drift Go-Kart
Calixte Viollet
Project Timeline
May 2023 - Jun-2024
OVERVIEW
Designed and built a custom electric powered drift trike for recreational use, focused on torque delivery, throttle response, and controllable oversteer at low speeds. Selected and integrated an electric motor, motor controller, and battery system to achieve rapid acceleration and smooth power modulation for tight maneuvering.
Project required hands on mechanical assembly, electrical integration, troubleshooting, and iterative refinement to balance power output, reliability, and safety.
HighlightS
Top Speed
27 mph
Run Time
3 hours
Calculated Torque Output
14 Nm
SKILLS
Metal FabricationFusion360Electromechanical IntegrationWeldingVehicle Dynamics
ADDITIONAL CONTENTS
Calixte Viollet
Mechanical Engineer & Powertrain Specialist
I'm a Mechanical Engineering student at UT Austin with a 3.85 GPA, specializing in powertrain and structural design. I have hands-on experience with CAD, FEA simulation, and component optimization, having designed lightweight drivetrain packages and structural subframes for high-performance vehicles. My background combines engineering expertise with leadership in Formula SAE and project management, enabling me to deliver innovative solutions that balance performance, efficiency, and manufacturability.
I'm a Mechanical Engineering student at UT Austin with a 3.85 GPA, specializing in powertrain and structural design. I have hands-on experience with CAD, FEA simulation, and component optimization, having designed lightweight drivetrain packages and structural subframes for high-performance vehicles. My background combines engineering expertise with leadership in Formula SAE and project management, enabling me to deliver innovative solutions that balance performance, efficiency, and manufacturability.
| lowinertia |
Build Your Engineering Portfolio