Core technology: Multi dimensional perception, creating intelligent mobile terminals
This unmanned vehicle is equipped with industry-leading hardware configuration and independently developed autonomous driving software package, building a "perception decision execution" closed-loop system:
1. Omnidirectional perception matrix: Combining laser radar, depth camera, and ultrasonic sensor to achieve 360 ° no dead angle environment modeling, accurately identifying obstacles, terrain undulations, and dynamic targets;
2. High precision positioning: The combined inertial navigation system (GNSS+IMU) ensures centimeter level positioning in complex environments, enabling stable navigation even in tunnels, dense forests, and other scenes without GPS signals;
3. Intelligent decision-making core: The autonomous driving controller collaborates with the upper computer for computation, supporting dynamic path planning, real-time obstacle avoidance, and multi task priority management;
4. Emergency support design: One click return controller ensures quick response in case of emergencies, and the deployment ball provides real-time video feedback and remote command capabilities.

5. Equipped with laser dismantling tool set: mainly used for dismantling and clearing obstacles within 500 meters of steel plates/aluminum plates/steel bars/color steel tiles/trees/plastics/ice and other media in emergency rescue scenarios. Capable of automatically focusing high-energy laser beams onto the target point for burning, piercing, or cutting based on the target distance.

Feature highlights: Full terrain coverage, unlimited extension of task scenarios.

1. Autonomous navigation, fearless of complex environments:
The unmanned vehicle adopts a four-wheel drive all terrain off-road chassis and is equipped with a high torque motor, which can easily cross complex terrains such as gullies, rocky terrain, steep slopes, and water bodies. Combined with autonomous path planning algorithms, vehicles dynamically generate optimal routes in unknown environments, with low obstacle avoidance response time and adaptability to extreme weather conditions ranging from -20 ℃ to 60 ℃.
2. Intelligent follow-up and collaborative task upgrade:
In scenarios such as material transportation and personnel patrols, unmanned vehicles can activate the "automatic following" mode, lock onto targets through visual recognition and positioning technology, maintain a set distance and move autonomously, greatly improving team work efficiency and safety.
3. Multi task modular expansion:
Users can quickly install equipment according to their needs: equipped with anti wireless base stations for dynamic remote signal interference, installed shelves for material handling, connected to communication relay modules to build emergency command networks, equipped with laser dismantling tool groups to fully meet diverse needs such as security monitoring, disaster rescue, etc.

Core technology: Multi dimensional perception, creating intelligent mobile terminals
This unmanned vehicle is equipped with industry-leading hardware configuration and independently developed autonomous driving software package, building a "perception decision execution" closed-loop system:
1. Omnidirectional perception matrix: Combining laser radar, depth camera, and ultrasonic sensor to achieve 360 ° no dead angle environment modeling, accurately identifying obstacles, terrain undulations, and dynamic targets;
2. High precision positioning: The combined inertial navigation system (GNSS+IMU) ensures centimeter level positioning in complex environments, enabling stable navigation even in tunnels, dense forests, and other scenes without GPS signals;
3. Intelligent decision-making core: The autonomous driving controller collaborates with the upper computer for computation, supporting dynamic path planning, real-time obstacle avoidance, and multi task priority management;
4. Emergency support design: One click return controller ensures quick response in case of emergencies, and the deployment ball provides real-time video feedback and remote command capabilities.

5. Equipped with laser dismantling tool set: mainly used for dismantling and clearing obstacles within 500 meters of steel plates/aluminum plates/steel bars/color steel tiles/trees/plastics/ice and other media in emergency rescue scenarios. Capable of automatically focusing high-energy laser beams onto the target point for burning, piercing, or cutting based on the target distance.

Feature highlights: Full terrain coverage, unlimited extension of task scenarios.

1. Autonomous navigation, fearless of complex environments:
The unmanned vehicle adopts a four-wheel drive all terrain off-road chassis and is equipped with a high torque motor, which can easily cross complex terrains such as gullies, rocky terrain, steep slopes, and water bodies. Combined with autonomous path planning algorithms, vehicles dynamically generate optimal routes in unknown environments, with low obstacle avoidance response time and adaptability to extreme weather conditions ranging from -20 ℃ to 60 ℃.
2. Intelligent follow-up and collaborative task upgrade:
In scenarios such as material transportation and personnel patrols, unmanned vehicles can activate the "automatic following" mode, lock onto targets through visual recognition and positioning technology, maintain a set distance and move autonomously, greatly improving team work efficiency and safety.
3. Multi task modular expansion:
Users can quickly install equipment according to their needs: equipped with anti wireless base stations for dynamic remote signal interference, installed shelves for material handling, connected to communication relay modules to build emergency command networks, equipped with laser dismantling tool groups to fully meet diverse needs such as security monitoring, disaster rescue, etc.