Eight-wheeled Drive Robot Chassis

 

Wading Depth:	10m
Load Capacity:	1000kg
Total Vehicle Weight:	360kg
Top Speed:	15km/h
Runtime:	Depends on the battery and usage
Battery Specification:	Optional
Intelligent Obstacle Avoidance:	Radar obstacle avoidance or ultrasonic obstacle avoidance
Tracking Distance:	No
Fuel:	Electro

 

 

The Eight-wheeled drive robot chassis Amphibious Robotic Platform represents a breakthrough in all-terrain robotics, featuring a unique eight-wheel configuration with exceptional aquatic capabilities. The platform's sealed, low-profile chassis resembles a protective shell, providing complete water submersion protection up to 10 meters depth. Each side of the rectangular frame integrates a linear arm assembly with dual wheels, creating a distinctive "four-rail" suspension system that maintains contact across irregular surfaces.

Operating through standard 4G cellular networks, this platform delivers reliable remote control capabilities without line-of-sight limitations. The combination of balanced buoyancy, strategically positioned thrusters, and independent wheel control enables seamless transition between terrestrial and aquatic environments, making it ideal for missions requiring true amphibious

 

 

True Amphibious Design	IP68 certified housing enables operation at 10-meter depths with automatic ballast management
Multi-Surface Mobility	Eight-wheel independent suspension with articulated arm system conforms to uneven terrain
Beyond-Line-of-Sight Control	4G cellular connectivity allows global operation from any location with network coverage
Stable Platform Architecture	Low center of gravity and wide stance provide exceptional stability on land and in water
Extended Mission Capability	Dual-power system supports 8-hour terrestrial or 5-hour aquatic operation

 

 

• Unified Environment Approach: We rejected the conventional compromise between terrestrial and aquatic performance, designing instead a system that performs optimally in both domains without reconfiguration or modification.
• Adaptive Contact Geometry: The linear arm suspension system maintains constant ground contact through independent articulation, while the wheel positioning creates natural buoyancy chambers for flotation stability.
• Connectivity-Based Operation: By leveraging existing cellular infrastructure rather than limited-range radio systems, we've eliminated the distance barriers that traditionally constrain remote operations.

 

 

 Marine Research & Inspection

Underwater infrastructure examination of dams, bridge foundations, and pipeline systems

 

Coastal and freshwater research with continuous water-to-land transition capability

 Search & Rescue Operations

Flood response missions with ability to navigate submerged urban areas and access isolated locations

Missing person recovery in lakes, rivers, and coastal regions with extended underwater search capability

 

 Environmental Monitoring

Watershed management studies tracking pollution movement across land-water boundaries

Ecological surveys in intertidal zones, wetlands, and sensitive shoreline habitats

 

 Industrial Infrastructur

Offshore facility inspections below waterline while maintaining deck mobility

Reservoir and water treatment plant maintenance with complete aquatic access

 

 Security & Defens

Port and coastal security patrols with stealthy underwater approach capability

Border surveillance across river boundaries and varied terrain conditions

 

 

 

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