1. The fire-fighting reconnaissance robot features a rubber-track walking mechanism, with the tracks made of flame-retardant rubber reinforced with steel wires and internal metal cables, along with an independent suspension system for shock absorption.
2. The air cannon features a hydraulic lifting and pitching mechanism, enabling multi-dimensional firefighting and smoke removal operations.
3. The power system design features a diesel-engine-driven dual-variable pump, delivering robust power and exceptional endurance.
4. Closed-type fan-driven and load-sensitive interlocked dual-circuit hydraulic system, featuring high transmission efficiency and low system heat generation.
5. Electro-hydraulic servo control system for precise control of the robot's linear movement.
6. Hydraulic-driven air cannon features synchronized lifting, pitching, and a series of other robotic functions in coordinated motion.
7. Wind cannon designed for high airflow, long range, and multiple operational modes; featuring a concealed water cannon paired with a separate wind cannon design, ensuring stable lifting and delivering exceptional fire suppression efficiency.
8. The robot's front end is equipped with a pusher device, which can be used for clearing obstacles in complex fire scenes.
9. The system features a high-temperature-resistant design and comes equipped with multiple built-in self-spraying cooling units. 10. A high-definition wireless video transmission system enables real-time remote video monitoring.
11. The imaging device should feature exceptional reconnaissance and image transmission capabilities, including 10x optical zoom, zero-latency video signals, high-definition wireless video transmission, and on-site audio capture. It must enable real-time feedback to the remote control system’s display screen, with seamless switching between views. Additionally, it is equipped with front and rear vehicle-mounted cameras, along with driving lights and emergency warning lights, providing both audible and visual alerts during firefighting operations. The gimbal-mounted camera boasts a 360° rotation capability and an adjustable pitch angle ranging from -25° to +90°, further enhancing its functionality during fire-fighting missions.
12. Equipped with an on-board foam proportioning system and foam concentrate, it enables foam fire suppression and rescue operations even without access to a dedicated foam firefighting vehicle on-site. The foam mixing ratio is set at 3%–3.9%, and the foam concentrate volume is 40 liters.
13. Primarily includes image transmission and display, control of the firewater cannon's water discharge status and spray angle, fan speed as well as pitch and lifting height, and the robot's movement and lighting control, among others.
Technical specifications
1. Engine power: 106 kW
2. Maximum travel speed: ≥8 km/h
3. Transmission ratio: 1:21
4. Wireless remote control and image transmission distance (in urban areas): ≥1000m
5. Total weight: ≤5.5T
6. Load Capacity: 6T (including chassis)
7. Turning diameter: Zero-turn maneuver
8. Thrust: ≥25 kN
9. Climbing ability: ≥30°
10. Obstacle-climbing height: ≥230mm
11. Minimum Ground Clearance: 250mm
12. Hydraulic winch: ≥1.2T
13. Lateral Tilt Stability Angle (Static State): ≥30°
14. Proportional Mixer: 3% - 3.9%
15. Foam liquid volume: 40 L