DJI has formally entered the delivery and logistics sector with the global release of the FlyCart 30, now available in regions including the United Kingdom. Initially launched in China in 2023, the aircraft targets industries requiring reliable aerial transport, particularly in situations where conventional ground or maritime options are impractical. The company positions the platform as a solution to persistent transport challenges, combining substantial payload capacity, extended range, and advanced automation.
The FlyCart 30 employs a 4-axis, 8-blade multi-rotor configuration, enabling a maximum load of 30 kilograms over 16 kilometers when equipped with dual batteries. In single-battery configuration, payload capacity rises to 40 kilograms, though range is reduced. Two delivery modes are supported: a cargo box system and a crane/winch mechanism. The cargo module, built from expanded polypropylene (EPP), offers 70 liters of internal volume with quick assembly and disassembly for efficient loading. Integrated sensors detect both weight and center of gravity to maintain stability during flight.
The winch system accommodates scenarios where landing is impossible or undesirable. It features a 20-meter cable, retracting at up to 0.8 meters per second, with anti-sway control to stabilize suspended loads. Operators can choose automatic or manual control, and an augmented reality projection aids in selecting precise drop locations. Cargo can be automatically released upon ground contact.
Performance metrics reflect the platform’s focus on operational efficiency. Maximum horizontal speed reaches 20 meters per second, with a cruise speed of 15 m/s. Flight endurance with a 30 kg load and dual batteries is 18 minutes; with a 40 kg load and single battery, endurance drops to 9 minutes. The system is rated IP55 for weather resistance, operates between -20°C and 45°C, and withstands wind speeds up to 12 m/s under load. Altitude capability extends to 6,000 meters without payload, or 3,000 meters with maximum load.
Communication is supported by DJI’s O3 image transmission, reaching up to 20 km under FCC conditions and 8 km under CE standards, supplemented by 4G enhanced video transmission. Safety systems include multi-directional obstacle avoidance, dual radar units, ADS-B reception, a built-in parachute, and flight redundancy. The DJI Delivery Hub cloud platform enables centralized task planning, resource management, and data analytics. Payload SDK support allows integration of third-party modules such as loudspeakers or spotlights.
Delivery drones, purpose-built for transporting goods, have drawn attention for their potential to accelerate logistics, reduce traffic congestion, and reach inaccessible areas. Benefits include direct routing from distribution centers to destinations, bypassing road networks; faster delivery times; reduced vehicle fleet requirements; lower long-term operational costs; and reduced emissions due to electric propulsion.
Use cases span multiple sectors. In e-commerce, drones can shorten delivery cycles for online orders. In healthcare, they can transport medications, vaccines, or even organs between facilities or into disaster zones. Relief operations benefit from rapid deployment of food, water, and medical supplies to areas cut off by infrastructure damage. Remote communities gain access to essential goods without reliance on road transport. Offshore operations can move equipment or documents between shore and vessels more economically than by helicopter or supply ship.
The UK has been advancing drone delivery infrastructure through projects such as the planned 164-mile Skyway corridor connecting cities and logistics hubs. Trials by Royal Mail in the Orkney Islands and by Northumbria Healthcare NHS Foundation Trust for medical deliveries demonstrate practical benefits in challenging environments. In late 2023, six projects were selected to trial beyond visual line of sight (BVLOS) operations under a Civil Aviation Authority program, alongside the launch of a BVLOS sandbox and consultation on training frameworks for complex operations.
For UK operators, the FlyCart 30’s heavy-lift capability makes it suitable for both BVLOS and visual line of sight missions. Potential short-term applications include emergency response deliveries, port-to-ship transfers of critical equipment, and secure document transport. Its payload and environmental tolerances position it as a versatile tool for sectors requiring rapid, reliable aerial logistics.