6×6 All-Terrain Light Unmanned Transport Platform | Wireless Remote Disaster Reconnaissance Robot Vehicle
Compact 6×6 all-terrain unmanned platform specially developed for high-risk emergency rescue and disaster reconnaissance operations.
Adopts 1st & 3rd axle steering design with 4m minimum turning radius for flexible movement in narrow disaster zones.
Lightweight 600kg whole vehicle weight supports maximum 500kg load to carry detection sensors and rescue supplies.
Excellent off-road performance with 30° gradeability and 20cm vertical obstacle crossing capacity for rugged wild terrain.
Long-distance wireless remote control up to 2km allows operators to avoid casualties by substituting manual entry into dangerous disaster scenes.
Products
6×6 All-Terrain Light Unmanned Transport Platform | Wireless Remote Disaster Reconnaissance Robot Vehicle
Compact 6×6 all-terrain unmanned platform specially developed for high-risk emergency rescue and disaster reconnaissance operations.
Adopts 1st & 3rd axle steering design with 4m minimum turning radius for flexible movement in narrow disaster zones.
Lightweight 600kg whole vehicle weight supports maximum 500kg load to carry detection sensors and rescue supplies.
Excellent off-road performance with 30° gradeability and 20cm vertical obstacle crossing capacity for rugged wild terrain.
Long-distance wireless remote control up to 2km allows operators to avoid casualties by substituting manual entry into dangerous disaster scenes.
This 6×6 light unmanned platform is developed for emergency rescue operations.
In recent years, fire accidents and natural disasters occur frequently, leading to a sharp rise in casualties of emergency rescuers.
Unmanned rescue vehicles play critical roles in emergency response including hazard detection, risk prediction, environment survey and material transport.
They can replace human rescuers to enter disaster sites and efficiently complete rescue tasks.
During the design of the overall scheme and each subsystem, full consideration is given to the economical efficiency of technical plans and product selection to achieve optimal cost-performance ratio.
The design reserves multiple platform interface ports; by mounting different functional modules, the platform can adapt to various operating environments.
Main Specification
|
Drive Mode | 6×6 All-Terrain Drive |
Steering Mode | 1st & 3rd Axle Steering |
Cargo Platform Dimension (L×W) | 40km/h |
| Whole Vehicle Weight | 600kg |
| Max Load Capacity | ≥500kg |
| Max Gradeability | ≥30° |
| Minimum Turning Radius | ≤4m |
| Max Vertical Obstacle Crossing Height | ≥20cm |
| Control Mode | Wireless Remote Control |
| Remote Control Distance | ≥2km |
