Unmanned integrated patrol platform

This product is an unmanned collaborative operation solution featuring "air-ground integration and intelligent linkage". It utilizes an operating system to integrate the ground-based mobile advantages of unmanned vehicles with the automated low-altitude operation capabilities of DJI airports, breaking the limitations of single equipment operations. It provides a new, efficient, safe, and flexible intelligent operation method for multiple industries, helping industries achieve a transformation from "human-led" to "intelligence-led". core configuration - Ground mobile carrier: Customized unmanned vehicles (new energy pickup trucks, all-terrain off-road vehicles, etc.), equipped with autonomous navigation, automatic obstacle avoidance, and all-terrain driving capabilities, can carry large-capacity battery packs to provide mobile power supply for DJI airports. The vehicle body is customized and modified to adapt to airport installation and signal linkage, supporting charging while driving and adapting to outdoor power-free scenarios. - Low-altitude operation carrier: DJI Airport 3 (supporting vehicle-mounted mobile deployment) or DJI Airport 2 are preferred, paired with Matrice 4D/4TD high-performance drones. These drones feature automatic takeoff and landing, intelligent charging, and adaptability to harsh environments. They can be quickly deployed in 3 minutes, with an IP56 protection level, allowing stable operation in extreme temperatures and strong winds. The endurance can reach up to 47 minutes, and the operation radius extends to 25 kilometers. - Collaborative scheduling core: The new air security low-altitude digital intelligence platform and unmanned vehicle scheduling system achieve integrated task dispatching, equipment monitoring, data synchronization, and full-process control of abnormal handling for unmanned vehicles and drones. They support dual modes of cloud remote operation and local emergency control. Core strengths - Seamless collaboration: One-click deployment, automatic linkage, remote control, complete airport deployment upon arrival of the unmanned vehicle, autonomous operation of the drone, and unmanned operation throughout the entire process, significantly reducing manual intervention. - Flexible adaptation: It can be deployed and reused flexibly, breaking the constraints of fixed airport sites. The all-terrain unmanned vehicle, coupled with the highly protective DJI airport, is adaptable to complex scenarios such as wilderness, mountains, cities, and extreme weather conditions. - Efficiency and Precision: Supporting collaborative operations across multiple machines, it offers an efficiency increase of over 50% compared to traditional manual methods. With industry-leading data accuracy, it enables the integration of patrol material delivery and ground collaborative resupply in key areas. - Safe and reliable: Drones are equipped with autonomous obstacle avoidance capabilities, while unmanned vehicles feature multiple emergency braking systems. The system supports abnormal alarms and emergency landing, providing comprehensive safety guarantees for operations and replacing manual work in high-risk environments. Applicable scenarios It is widely applicable in various fields such as urban security, reservoir and park inspection, emergency rescue, ecological environmental protection, smart cities, and county governance. Hardware configurations and operational functions can be customized according to industry needs, achieving full-scenario coverage of "aerial operations + ground coordination". core value The unmanned integrated inspection platform significantly reduces labor and operational costs, enhances operational efficiency and data accuracy, mitigates safety risks associated with high-risk operations, drives intelligent upgrades across various industries, facilitates the deep integration of low-altitude economy with the real economy, and provides users with an integrated intelligent operation solution encompassing "equipment, software, and operation and maintenance".