Upgrade your mobile robot projects from flimsy acrylic to an industrial-grade platform. The Aluminum Alloy 2WD Smart Robot Car Chassis is engineered for robotics builders who need superior structural rigidity, high impact resistance, and extra payload capacity. Stamped from anodized aluminum alloy with a pre-drilled grid pattern, this chassis accommodates heavy power banks, robotic arms, LIDAR modules, and complex electronics without flexing or cracking during hard landings.
Indestructible Structural Integrity: Will not snap, splinter, or strip screw threads under stress, making it ideal for high-impact university robotics competitions and outdoor testing.
Integrated Heat Sinking: The metal body helps dissipate heat from high-draw motor drivers mounted directly to the frame.
Pre-Drilled Modular Grid Pattern: Dozens of M3 and M4 mounting slots allow seamless attachment of Arduino, Raspberry Pi, ESP32, L298N drivers, servos, and ultrasonic sensor arrays without custom drilling.
Stable Center of Gravity: The weighted metal base provides improved traction and prevents tipping when mounting top-heavy sensors or articulated arms.
| Feature | Specification |
| Chassis Material | High-Strength Anodized Aluminum Alloy (sim 1.5 mmto 2 mmthickness) |
| Dimensions | Approx. 170 mmtimes 90mm times 30mm |
| Motor Compatibility | Dual Standard Yellow TT Motors (3V6V DC, 1:48 Gear Ratio) |
| Wheel Diameter | 65mm Rubber Tires with High-Traction Tread |
| Support Wheel | 360^\circ Free-Swiveling Metallic Ball Caster |
| Payload Capacity | Up to 1.5 kg(Drives reliably under heavy loads) |
| Weight | Approx. 200g(Frame only) |
1x Anodized Aluminum Alloy Chassis Plate
2x Dual-Shaft TT DC Gear Motors with Lead Wires
2x 65mm Rubber Wheels
1x Universal Metallic Ball Caster
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