4WD shock-absorbing chassis for off-road climbing ROS platform DIY
The dual-layer mounting structure offers abundant space for controllers, batteries, sensors, cameras, LiDAR, IMU modules, and other expansion hardware. Its high-grip rubber tires and aluminum hub wheels provide excellent traction for climbing and obstacle traversal.
Compatible with popular robotics ecosystems like Arduino, Raspberry Pi, and ROS, this chassis is suitable for research, education, competitions, and advanced DIY builds. Designed for strength, stability, and modular customization.
Note: Controller and Batteries are not included and must be purchased separately.
4WD shock-absorbing chassis for off-road climbing ROS platform DIY
Available:Out of Stock
- Product SKU: LGRO009
₹ 10,499
₹ 14,999
Specification
Description
4WD Shock-Absorbing Smart Robot Chassis – Off-Road Climbing ROS Platform DIY
This 4WD shock-absorbing smart chassis is an ideal platform for off-road robotics, ROS learning, autonomous navigation, and terrain-testing experiments. It features independent suspension with metal shock absorbers that greatly improve stability on uneven surfaces such as rocks, gravel, or slopes.The dual-layer mounting structure offers abundant space for controllers, batteries, sensors, cameras, LiDAR, IMU modules, and other expansion hardware. Its high-grip rubber tires and aluminum hub wheels provide excellent traction for climbing and obstacle traversal.
Compatible with popular robotics ecosystems like Arduino, Raspberry Pi, and ROS, this chassis is suitable for research, education, competitions, and advanced DIY builds. Designed for strength, stability, and modular customization.
Note: Controller and Batteries are not included and must be purchased separately.
Key Features
- Independent shock-absorbing suspension for all four wheels
- Large off-road rubber tires for enhanced traction
- Dual-layer platform with numerous mounting holes
- Durable metal frame suitable for rugged environments
- Supports additional sensors and cameras for autonomous robotics
- Compatible with Arduino, Raspberry Pi, and ROS
- Excellent climbing and uneven-terrain performance
Applications
- ROS robotics development & algorithm testing
- Autonomous navigation and object-avoidance research
- Off-road climbing robot projects
- STEM laboratory education platforms
- AI & sensor fusion experiments (LiDAR, camera, IMU)
- Robotics competitions and prototype developments
Technical Details
- Drive Mode: 4-Wheel Drive motorized platform
- Suspension: Independent metal shock absorbers
- Wheel Type: Off-road rubber tires with aluminum hubs
- Control Compatibility: Arduino, Raspberry Pi, Jetson, ROS
- Mounting: Multi-hole expansion plate for sensor placement
- Power Input: Supports 2S–3S Li-ion/LiPo battery packs (not included)
- Motor Control: Compatible with L298N, BTS7960, VNH5019 drivers
- Payload Capability: Suitable for additional electronics and sensors
Physical Attributes
- Chassis Material: Aluminum alloy frame plates
- Platform Design: Dual-layer perforated mounting plate
- Wheel Diameter: 110–120 mm (off-road treads)
- Shock Travel: Adjustable metal coil suspension
- Color: Black frame with red/aluminum wheels (stock dependent)
- Weight: Lightweight modular design
- Ground Clearance: Elevated for obstacle traversal
Package Includes
- 1 × Base Chassis Plate
- 1 × Support Chassis Plate
- 4 × U-Shape Motor Brackets
- 2 × Shock Absorber Mount U-Shape Brackets
- 2 × Support Plate U-Shape
- 4 × Shock Absorbers (Spring Suspension)
- 4 × DC Gear Motors (TT Motor Type)
- 4 × Off-Road Wheels (Red Rim)
- 4 × Motor Shaft Couplers / Hubs
- 6 × Yellow Cylindrical Spacers
- 8 × Miniature Ball Bearings
- 5 × Long Hex Bolts (Black)
- 5 × Medium Hex Bolts (Black)
- 9 × Countersunk Screws (Flat Head)
- 52 × Short Hex Bolts (Black)
- 9 × Metal Hex Nuts
- 30 × Lock Nuts (Silver with Nylon Insert)
- 1 × Red & Black Wire
- 1 × Toggle ON/OFF Switch
- 1 × Cross Wrench + Small & Medium Screwdriver