Model	JYL8005
Size	≤1600×1500×1000 mm	Driving speed	≥15km/h
Weight	≤500kg	Load	≥220kg
Maximum climbing ability	≥30°	Remote control distance	≥200m
Operation mode	remote control, follow, autonomous cruise
Upper optional device	Camera, fire extinguishing water cannon, transportation frame

Core Technology: Multi-Dimensional Perception for an Intelligent Mobile Terminal 
This unmanned vehicle is equipped with industry-leading hardware and a self-developed autonomous driving software package, creating a closed-loop system of “Perception–Decision–Execution”. 
1. Omnidirectional Perception Matrix: A combination of LiDAR, depth cameras, and ultrasonic sensors enables 360° seamless environmental modeling, with precise identification of obstacles, terrain variations, and dynamic targets. 
2. High-Precision Positioning: A hybrid inertial navigation system (GNSS + IMU) ensures centimeter-level accuracy even in complex environments, allowing stable navigation in GPS-denied scenarios such as tunnels or dense forests. 
3. Intelligent Decision-Making Core: A collaboration between an autonomous driving controller and a host computer enables dynamic path planning, real-time obstacle avoidance, and multi-task prioritization. 
4. Emergency Support Design: A one-click return-to-base controller ensures rapid response in emergencies, while a deployable surveillance ball provides real-time video feedback and remote command capabilities. 

5. Equipped with Laser Demolition Toolset: Primarily used in emergency rescue scenarios, it can clear obstructions within 500 meters by burning, penetrating, or cutting through materials such as steel/aluminum plates, rebar, color steel tiles, trees, plastic, and ice. The system automatically focuses a high-energy laser beam based on the target distance. 

Key Features: All-Terrain Coverage, Unlimited Operational Scenarios 

1. Autonomous Navigation Capable of Handling Complex Environments: 
Built on a four-wheel-drive all-terrain off-road chassis and powered by high-torque motors, the vehicle traverses ditches, rubble, steep slopes, and water with ease. Coupled with autonomous route planning algorithms, it dynamically generates optimal paths in unknown environments, delivering fast obstacle response and reliable operation in extreme temperatures from -20°C to 60°C. 
2. Smart Following and Upgraded Collaborative Operations: 
In logistics or patrol scenarios, the vehicle can activate “auto-follow” mode, using visual recognition and positioning technologies to lock onto a target and autonomously maintain a preset distance—greatly improving team efficiency and operational safety.
3. Modular Design Enabling Multi-task Expansion: 
Users can rapidly equip the vehicle with functional modules to suit specific missions: Anti-drone base station for dynamic long-range signal interference; Shelving system for material transport; Communication relay module to build emergency command networks; Laser demolition toolset for security surveillance and disaster response. This highly modular design ensures the vehicle meets diverse operational needs. 

This unmanned vehicle is equipped with industry-leading hardware and a self-developed autonomous driving software package, creating a closed-loop system of “Perception–Decision–Execution”.

 

Model	JYL8005
Size	≤1600×1500×1000 mm	Driving speed	≥15km/h
Weight	≤500kg	Load	≥220kg
Maximum climbing ability	≥30°	Remote control distance	≥200m
Operation mode	remote control, follow, autonomous cruise
Upper optional device	Camera, fire extinguishing water cannon, transportation frame

Core Technology: Multi-Dimensional Perception for an Intelligent Mobile Terminal 
This unmanned vehicle is equipped with industry-leading hardware and a self-developed autonomous driving software package, creating a closed-loop system of “Perception–Decision–Execution”. 
1. Omnidirectional Perception Matrix: A combination of LiDAR, depth cameras, and ultrasonic sensors enables 360° seamless environmental modeling, with precise identification of obstacles, terrain variations, and dynamic targets. 
2. High-Precision Positioning: A hybrid inertial navigation system (GNSS + IMU) ensures centimeter-level accuracy even in complex environments, allowing stable navigation in GPS-denied scenarios such as tunnels or dense forests. 
3. Intelligent Decision-Making Core: A collaboration between an autonomous driving controller and a host computer enables dynamic path planning, real-time obstacle avoidance, and multi-task prioritization. 
4. Emergency Support Design: A one-click return-to-base controller ensures rapid response in emergencies, while a deployable surveillance ball provides real-time video feedback and remote command capabilities. 

5. Equipped with Laser Demolition Toolset: Primarily used in emergency rescue scenarios, it can clear obstructions within 500 meters by burning, penetrating, or cutting through materials such as steel/aluminum plates, rebar, color steel tiles, trees, plastic, and ice. The system automatically focuses a high-energy laser beam based on the target distance. 

Key Features: All-Terrain Coverage, Unlimited Operational Scenarios 

1. Autonomous Navigation Capable of Handling Complex Environments: 
Built on a four-wheel-drive all-terrain off-road chassis and powered by high-torque motors, the vehicle traverses ditches, rubble, steep slopes, and water with ease. Coupled with autonomous route planning algorithms, it dynamically generates optimal paths in unknown environments, delivering fast obstacle response and reliable operation in extreme temperatures from -20°C to 60°C. 
2. Smart Following and Upgraded Collaborative Operations: 
In logistics or patrol scenarios, the vehicle can activate “auto-follow” mode, using visual recognition and positioning technologies to lock onto a target and autonomously maintain a preset distance—greatly improving team efficiency and operational safety.
3. Modular Design Enabling Multi-task Expansion: 
Users can rapidly equip the vehicle with functional modules to suit specific missions: Anti-drone base station for dynamic long-range signal interference; Shelving system for material transport; Communication relay module to build emergency command networks; Laser demolition toolset for security surveillance and disaster response. This highly modular design ensures the vehicle meets diverse operational needs.