COMPLETED PROJECTAdvanced Manufacturing & Industrial IoT
High-Speed Competition Racing Robot Chassis
Tamizh Tech engineered and manufactured a competition-ready racing robot platform designed for agility, rapid acceleration, and structural rigidity. Featuring custom CNC laser-cut aluminum brackets, planetary gearboxes, and high-traction rubber wheels.
Engineered for Tournament Performance & Rigidity
- ✓In-house precision fiber laser cut from 2mm SS/Aluminum sheet metal.
- ✓Planetary gear reduction provides immediate torque transfer without belt slip.
- ✓Integrated mounting points for telemetry sensors, custom PCBs, and bumper guards.
The Engineering Challenge
Problem / Objective
Commercial plastic chassis flex under rapid directional changes and lack modularity for custom motor mounts and battery balance.
Conceptual Signal Flow
System Concept
Modular dual-tier aluminum chassis integrating isolated battery trays, planetary gear hubs, and custom power distribution wiring.
Architecture Modules
1Rigid Laser-Cut Metal Chassis Substructure
2High-Torque Planetary Gear Drive Assemblies
3Custom Power Distribution & Low-Loss Wiring Harness
42.4GHz AFHDS 2A Radio Command Receiver Module
Hardware Categories
2mm Aluminum Alloy Chassis4x High-Torque Planetary MotorsHigh-Grip Racing TiresFlySky 2.4GHz Receiver
Technologies & Software
Laser Cutting (Stainless Steel)Planetary Gear Drivetrains2.4GHz RF TelemetryPower DistributionMicrocontroller Motor PWM Driver Firmware
Engineering Considerations & Edge Cases
- Center-of-gravity positioning to prevent roll during high-speed banked turns
- Motor driver heat dissipation during continuous stall bursts
Applications
Inter-collegiate Robo Race competitions
Mobile kinematics and obstacle navigation research
Student robotics engineering and telemetry workshops
Engineering Inquiry & Collaboration
Interested in Developing this Architecture?
Connect directly with Tamizh Tech engineers in Coimbatore to discuss mechanical fabrication, sensor selection, firmware implementation, or turnkey system commissioning.