Chengli Unmanned Aerial Platform Fire Truck Pure Electric L4 Fire Patrol Concept Vehicle

The Chengli unmanned aerial platform fire truck is developed for low-speed fire patrol missions in parks, warehouses, tunnels, hazardous chemical areas, and key facilities. It is a pure electric L4 fire patrol concept vehicle oriented toward early warning patrol and initial response. The vehicle is conceptually configured with a 4×4 drive-by-wire platform, a 32kWh power battery, and a 252km range. The traditional cab is removed, leaving more space for perception units, control systems, operation mechanisms, and safety redundancy. The vehicle can be deployed for scenarios such as park fire protection, tunnel rescue, warehouse duty, and remote alarm response, with route planning based on electronic fences, mission points, restricted zones, and remote takeover points. The L3/L4 intelligent driving module handles low-speed cruising, obstacle recognition, station stopping, abnormal parking, and manual takeover alerts, and works in coordination with the fire pump, water monitor, foam proportioning valve, equipment compartment, and heat source detection module. The system can collect pump pressure, monitor angle, heat source location, outrigger status, and equipment compartment door status, and transmit vehicle position, operation status, alarm information, and mission results back to the platform. The vehicle primarily serves missions such as pre-positioned patrol, alarm approach, heat source identification, and remote water monitor or equipment coordination, making it suitable for conducting initial reconnaissance and auxiliary response in locations where personnel are not suitable for extended duty or where entry poses higher risks. This product is positioned as a Chengli unmanned special vehicle concept solution, suitable for prototype validation, closed-scenario trial operations, customer requirement communication, and subsequent custom development. The final configuration can be further confirmed based on project regulations, site conditions, communication networks, and operational intensity.