China began testing uninhabited aerial vehicles (UAVs) in 2020 to deliver supplies to soldiers in Tibet, replacing a 120-soldier, two-to-three-day journey across rugged, high-altitude terrain along the disputed Sino-Indian border. This demonstrates drone logistics' potential for force sustainment and operational design, enabling dispersed units, improving morale, and enhancing efficiency by reducing the 'tooth-to-tail' ratio.
The Royal Navy also used a British-made Malloy T-150 drone in September 2025 for inter-ship transfers, showcasing maritime utility. Delivery drones offer multi-mission capabilities, including surveillance or munitions deployment, maximizing value and reducing reliance on specialized platforms. Despite vulnerabilities to electronic warfare, endurance, and weather, ongoing innovation, like China's 2025 Tibet testing facility for a 100-kilogram payload drone, addresses these constraints. Commercial drone networks, with China dominating the supply chain (e.g., DJI), provide an industrial base for military adaptation, as seen with Ukraine importing nearly 130,000 commercial systems in early 2025. This dual-use ecosystem, driven by companies like Meituan, builds experience and drives down costs, making low-cost autonomous systems crucial for future military power.
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