4WD Non Conductive Insulated Smart Robotic Car Aluminium Chassis Only for DIY Robotics

The 4WD Smart Robotic Car Aluminium Metal Chassis (Only Chassis) is a strong, lightweight, and precision-cut base designed for building reliable four-wheel drive robotic vehicles. Made from 1.5mm anodized aluminum alloy, this chassis offers excellent rigidity, corrosion resistance, and balanced weight distribution, making it ideal for advanced DIY robotics, STEM education, and Arduino or Raspberry Pi robot projects.

This chassis is available in two design options:

• With Motor Mount Integrated BO motor brackets for quick assembly

• Without Motor Mount Open configuration for custom motor setups

The anodized blue protective film prevents scratches during handling and can be removed after assembly to reveal a premium silver metallic finish. With multiple pre-drilled mounting slots, the chassis easily accommodates sensors, controllers, batteries, and motor drivers, making it suitable for obstacle-avoiding, line-following, and smart car robotics.

Note: This product includes only the aluminium chassis. Motors, wheels, electronics, and batteries are not included.

Key Features

• High-strength 1.5mm aluminum alloy construction

• Lightweight yet rigid platform for 4WD robot builds

• Available with or without integrated motor mounts

• BO motor compatible 4WD configuration

• Corrosion-resistant anodized surface

• Blue protective film for scratch protection during assembly

• Silver metallic finish after film removal

• Precision-cut mounting slots for sensors and controllers

• Ideal for DIY, STEM, and prototyping applications

Technical Specifications

Applications

• 4WD smart robotic car projects

• Arduino and Raspberry Pi robotics platforms

• Obstacle-avoiding robots

• Line-following robots

• STEM education kits

• DIY robotics and automation prototypes

• Research and mechanical design experiments

Precautions

• Product includes only the aluminium chassis

• Remove protective film after assembly

• Ensure proper insulation when mounting electronics

• Use compatible BO motors for best fit

• Avoid excessive mechanical load beyond design limits

• Keep chassis dry during electronics installation