Smart Logistics-Xi’an Lingkong Electronic Technology Co., Ltd.

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Smart Logistics

LINE INSPECTION

Leveraging multi-rotor and compound-wing UAV platforms,
Develop precise, efficient, and reliable air logistics solutions.

It can rapidly deploy payloads such as cargo bays, rappelling devices, and drop‑off systems, integrating high‑precision positioning and advanced safety‑protection and obstacle‑avoidance capabilities. Leveraging autonomous flight control and intelligent path planning, it achieves precise, autonomous takeoff, landing, and delivery in complex environments, dramatically reducing last‑mile delivery times—from hours to minutes. Covering both short‑distance, high‑frequency last‑mile deliveries and medium‑to‑long‑distance trunk‑line transportation, it effectively overcomes terrain constraints, reaches remote areas, and significantly expands the reach of logistics services. With end-to-end automation and smart dispatching, it boosts operational efficiency while slashing labor and time costs, reimagining last‑mile logistics performance and building a smarter, more agile, and cost‑effective logistics network.

Oil and Gas Inspection Power line inspection

Smart Logistics Meteorological cloud seeding Emergency Firefighting

Purchase channel

Solution Advantages

SOLUTION ADVANTAGES

Drones feature flexible takeoff and landing capabilities and strong adaptability.

High operational efficiency and rapid response to tasks.

Supports heavy payloads and long-endurance operations.

Fully autonomous flight, safe and reliable

Performance Comparison

RESULTS COMPARISON

Project

Traditional Mode

Governance Model

Effectiveness Comparison

Grid-based delivery

Delivery is tiered by administrative region, with each hub independently allocating vehicles and personnel, leading to fragmented resource utilization. In mountainous towns, trucks operate only one daily round trip, and low parcel volumes make it difficult to cover operating costs, resulting in widespread losses for last-mile delivery into villages.

Grid-based overall planning and deployment, heavy-duty unmanned aircraft, cross-regional shared scheduling, supporting direct aerial transportation of the urban-rural three-level logistics system; AI intelligent path planning, multi-point coordinated delivery

The end delivery cost has been reduced by more than 50%, and the transportation time has been shortened by 70%; the delivery coverage radius and throughput capacity of each distribution point have been significantly enhanced.

Transportation in Complex Scenarios

In mountainous areas, on islands, and in canyons, routes often require winding mountain roads or ferry transfers, with one-way journeys frequently lasting several hours. Road infrastructure is underdeveloped, and rainy seasons as well as landslides frequently disrupt transportation.

Heavy‑payload drones enable point‑to‑point, low‑altitude direct flights, soaring over rugged mountain ranges without being constrained by ground‑based road networks; their modular design allows for rapid deployment, with takeoff and landing possible on riverbanks, open fields, or flat terrain in the mountains.

Mountain‑route delivery, which once took more than three hours, has been streamlined to just minutes, boosting one‑way transport efficiency by over 80%; this comprehensively resolves the logistical challenges in mountainous areas, where parcels cannot reach and specialty products cannot be shipped out.

Full-area delivery coverage

Remote villages, islands, mining areas, and other transportation‑desert regions have long remained underserved by logistics; the “last mile” and the “first mile” are both bottlenecked, with pronounced barriers to circulation between urban and rural areas.

Establish a comprehensive low-altitude logistics network that reaches areas traditionally difficult to serve, such as mountainous villages, offshore fish farms, and border outposts; support two-way circulation of agricultural inputs to rural areas and agricultural products to urban markets.

The logistics service coverage has expanded to a radius of up to 100 kilometers, filling the gap in last-mile delivery in remote areas; it has also established two-way circulation channels between urban and rural areas, thereby supporting rural revitalization.

Emergency Supplies Transportation

Following disasters such as earthquakes, floods, and wildfires, roads are often cut off, leaving emergency supplies to be carried by hand—resulting in slow delivery and limited quantities—and making it difficult to secure the critical golden rescue window.

Heavy‑lift drones provide rapid response, urgently delivering medical supplies, daily necessities, and rescue equipment; they operate around the clock, undaunted by complex weather and terrain conditions.

The arrival time of emergency supplies has been reduced from several hours to just a few tens of minutes, with each delivery capable of carrying up to hundreds of kilograms, thereby establishing an aerial lifeline for disaster relief.