6WD shock absorbing chassis for off-road climbing

6WD Shock-Absorbing Smart Robot Car Chassis – Heavy Duty Off-Road Platform

This advanced 6WD platform is ideal for building a powerful remote control robot designed for rugged outdoor environments. Its durable aluminum structure also makes it suitable for serious robotics projects, especially where off-road strength and stability are required. Because many users search for a robotics shop near me for high-quality frames, this chassis offers a premium alternative with strong construction and modular expandability. As a result, the remote control robot you build will handle climbing, uneven terrain, and high-load operation reliably.

The chassis includes a robust 2mm stamped base with aluminum plating, supporting sensors, controllers, and accessories for a customized remote control robot design. With its six metal shock absorbers, the platform reduces vibration and improves traction, making it a reliable foundation for robotics projects involving rough terrain. Its dual-layer mounting structure is engineered to streamline installation and provide the flexibility needed for a versatile remote control robot setup.

This heavy-duty platform is widely chosen by hobbyists and students who want a durable option without depending on any local “robotics shop near me.” It supports high-torque motors that allow the 6WD system to climb smoothly, making it an excellent choice for competitive robotics projects and any advanced remote control robot design requiring stability and strength.

Key Features

• 6 independent metal shock absorbers for excellent vibration damping
• High torque output via 1:34 gearbox ratio
• Large 72mm rubber wheels for rugged terrain
• Arduino and Raspberry Pi mounting support
• Full differential-drive capability
• Customizable dual-layer structure for sensors and electronics
• Ideal for robotics projects and automation learning

Applications

• All-terrain remote control robot development
• Autonomous navigation and obstacle-avoidance experiments
• STEM education and hands-on engineering
• Advanced robotics projects for research
• Prototype vehicles purchased instead of visiting a robotics shop near me
• Wireless off-road robot car builds

Technical Details

• Motor Type: High-speed DC motor with gearbox
• Motor Speed (no-load): 17000 RPM
• Gear Reduction Ratio: 1:34
• Drive Mode: Differential drive (parallel motor arrangement)
• Operating Voltage: 6V–12V
• Motor Power: 4W × 6 motors
• Reference Speed: 1.5 m/s @ 12V
• Stall Current: 7A × 6 motors
• Working Current: 650mA × 6 motors
• Shock Travel: 15mm
• Shock Adjustment: Supported (soft/hard)
• Bearings Used: 12 flange bearings

Physical Attributes

• Dimensions (L × W × H): 280 × 215 × 108 mm
• Chassis Thickness: 2mm
• Mounting Hole Diameter: 3mm
• Lateral Hole Spacing: 12mm
• Vertical Hole Spacing: 14mm
• Wheel Diameter: 72mm
• Ground Clearance: 23mm
• Payload Capacity: 6500 g
• Weight: 1670 g
• Material: Aluminum frame with rubber wheels

Package Includes