China Drone Watch

Advanced Chinese UAVs Show Up in Sudan

Satellite imagery shows the Chinese BZK-005E MALE drone deployed at Nyala Airport, which is controlled by Sudan’s Rapid Support Forces (RSF). The platform’s ‘E’ variant is designed specifically for export, with a range of 2,400 km. It can carry up to 370 kg, including missiles, giving it strike or self-defense capability. The platform is also equipped with electronic intelligence (ELINT) equipment, with electro-optical and synthetic aperture radar payloads. The UAV’s appearance strongly indicates that the RSF has likely acquired a long-endurance ISR capability, while China could be operationally testing its drones in Sudan for product development.

In parallel, the Sudanese Army successfully shot down 2 Chinese CH-95 drones operated by RSF using Turkish Bayraktar AKINCI drones equipped with air-to-air missiles and EW jamming equipment. The event suggests a tactical shift in which AKINCI drones are being used less as ground-strike platforms and more as improvised airborne interceptors against a range of hostile drones operating in Sudanese airspace. The drone-on-drone warfare will likely intensify in the coming months in Sudan with more advanced lethal models tested by warring sides.

Hong Kong-based Sellers Expose Export Control Challenges

Several Chinese Facebook pages have been observed marketing combat-grade AI drone interceptors and restricted dual-use drone technologies to the public, with the majority operating from Hong Kong. It is unlikely that these sellers are complying with China’s recent Export Control Law and 2026 dual-use export regulations. Interestingly, the product catalogues of these sellers quickly mirror innovations witnessed in active combat zones, particularly in Ukraine. This risks creating a decentralized procurement pipeline that shortens the timeline for adversarial actors to acquire advanced drone technologies.

Ukraine’s Reliance on Chinese Drone Components Continues

Ukraine's plan to use roughly €6 billion from its EU defense loan on Chinese-made drone components highlights the challenge of replacing Chinese suppliers without increasing costs or disrupting supply volumes. The EU granted Ukraine an exception to its rule that European-funded purchases must primarily come from EU countries, Ukraine, or approved partners. The decision signals that while Ukraine seeks a non-Chinese drone supply chain and has been intensifying localization, European producers currently cannot meet its demand at scale.

China is Redesigning Military Platforms around Drones

China's new Type 076 amphibious drone-carrier ship ‘Sichuan’ has unveiled a capability not yet seen in the US or NATO: launching and recovering fixed-wing combat drones from an amphibious platform using an electromagnetic catapult and arresting gear. This will likely enable the People’s Liberation Army Navy (PLAN) to acquire longer-range surveillance, electronic warfare and precision strike missions without complete dependence on helicopters or short-takeoff aircraft.

The capability can substantially increase the operational range of a traditional amphibious unit, and deliver cross-domain unmanned operations at scale.

By merging traditional amphibious operations with emerging unmanned systems capabilities, Beijing appears to reconceptualize amphibious combat and littoral warfare. It is building an entirely new class of naval warship, following a new operational philosophy optimized for drone use. This also foreshadows how China will likely approach future weapon design and upgrading its traditional platforms in the coming years.

Sichuan's electromagnetic aircraft launch system (EMALS) suggests China has solved the engineering challenges that once restricted the technology to a handful of platforms and intends to support sustained drone operations through repeated recovery. Installing EMALS also benefits drones. It provides smoother acceleration and lower structural loads, allowing lighter airframes to prioritize endurance and payload over reinforcement for high-launch stress. In short, China's new military platforms across the services will likely be designed to maximize drone operations.

Russia-China Naval Exercises demonstrate Operational Integration of Drones

The recent annual Russia-China maritime drills in the Yellow Sea (6-13 July) saw an extensive use of drones and counter-drone technology and tactics across a broad range of tasks, including search & rescue operations and anti-submarine warfare. The two navies practiced repelling drone and unmanned boat attacks using naval artillery, shipboard machine guns, and electronic warfare systems against simulated aerial and surface threats, including a mock swarm attack.

While the exact models of the UAVs/USVs/UUVs used remain undisclosed, it is clear that the exercises focused on integrating unmanned systems across traditional maritime platforms and tasks.

Enterprise Drone Logistics Expands in Hong Kong

On China’s low-altitude economy side this week, Lalamove and EY are developing a logistics platform in Hong Kong that integrates ground vehicles and drones into an end-to-end delivery network. The concept aims to support businesses, particularly in retail and manufacturing, by addressing SME logistics challenges, reducing delivery costs, and improving access to remote areas.

Rather than targeting individual consumers, the initiative focuses on building a next-generation enterprise logistics platform that complements Lalamove’s existing business model. Full commercial deployment will depend on regulatory approval, charging infrastructure, technological advancements, and the ability to mitigate operational challenges such as extreme weather risks.

Chinese Drones are Transforming Australian Livestock Sector

Australian woolgrowers are increasingly adopting Chinese-made drones, particularly DJI systems, for sheep mustering, infrastructure monitoring, water management, and flock tracking. Around 10% of Australian agricultural businesses already use drones, with wider adoption projected to deliver up to A$10.4 billion in cost savings over the next two decades through improved efficiency and yields.

For the labor-intensive livestock sector, especially wool production, drones reduce dependence on scarce rural workers. The technology is particularly valuable in regions where farms struggle to compete with higher-paying industries such as mining for labor. While drones will not fully replace workers, they can reduce labor pressures by automating time-consuming tasks and improving operational efficiency.