
Heavy Lifting Drone
DJI FlyCart 200
Heavy lifting for demanding cargo routes
- Single-aircraft payload: Up to 200 kg
- Loaded / empty range tests: Loaded: 10 / 6 km; empty: 36 / 24 km
- Lifting system options: DL200: 15 m / flagship winch: 30 m

Compare landing, winch and lifting workflows. Put the load, route and receiving point first, with compatible batteries and charging to keep the operation moving.
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3 aircraft

Heavy Lifting Drone
Heavy lifting for demanding cargo routes

Heavy Lifting Drone
Heavy cargo. A delivery system built around the job.
€12,546.00incl. Irish VAT (23%)
€10,200.00 excl. VAT
Included at this price: 1 × DJI FlyCart 100 aircraft and 1 × DJI RC Plus 2 Delivery controller. Flight batteries, charging equipment and winch/lifting hardware are sold separately.
Buy online
Heavy Lifting Drone
A cargo platform for the last stretch of a difficult route.
€18,857.62incl. Irish VAT (23%)
€15,331.40 excl. VAT
Included at this price: 1 × DJI FlyCart 30 aircraft and 1 × DJI RC Plus controller, with the listed controller battery and USB-C power supply. DB2000 flight batteries, the C8000 flight charger and optional winch are sold separately.
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Compare multi-battery, charging and working-equipment packages for the aircraft in this range.
Application material or cargo, terrain, access and the receiving point determine the setup.
Confirm compatible batteries, payload hardware, charging supply and ground support.
Discuss operating conditions, training needs, regional configuration and the relevant authorisations.
CARGO & DELIVERY · DJI FLYCART
Move tools, parts and supplies across difficult access routes.
Compare DJI FlyCart aircraft, delivery hardware and ground power around the load you need to move. Start with the receiving point: can the aircraft land, or must the load be lowered from a hover?


For cargo-case delivery and optional winch work in the 30 kg dual-battery payload class. Consider it when the load and route fit a smaller FlyCart system.

For heavier lifting tasks with a choice of flagship winch or dual-battery lifting system. DJI states a maximum 85 kg dual-battery lifting payload, including the specified lifting hardware and accessories.2
| Planning question | FlyCart 30 | FlyCart 100 |
|---|---|---|
| Dual-battery payload | Up to 30 kg.1 | Up to 85 kg in the stated lifting configuration; the figure includes specified accessories, cable and hook.2 |
| Loaded distance reference | 16 km with a 30 kg load, dual batteries.1 | 12 km in DJI's 65 kg dual-battery delivery example. The specifications' distance test uses 149.9 kg total take-off weight.2 |
| Delivery hardware | 70 L EPP cargo-case configuration or optional 20 m winch.1 | Flagship winch with 30 m cable, or dual-battery lifting system with a 10 m standard cable.2 |
| Flight power to specify | DB2000 batteries and the FlyCart 30 C8000 charger. | DB2160 batteries, C12000 power supply or D14000iE generator. |
1 FC30 distance: DJI sea-level, windless test at 15 m/s. 2 FC100's maximum lifting payload and 65 kg/12 km example are different claims: 12 km is not a range promise at 85 kg. The 149.9 kg specifications test uses a new, fully charged battery at sea level, 25°C and optimum constant speed to 0% charge. Allow for return flight, reserve, weather and the actual configuration. Sources: FC30 specifications, FC100 specifications and FC100 payload FAQ.
The FlyCart 30 cargo-case configuration keeps goods in a 70 L EPP case. Assess package dimensions, weight, balance and a clear landing area; capacity in litres does not establish the allowable cargo mass.


A workable cargo setup includes loading, receiving and charging arrangements as well as the aircraft.
Specify DB2000 flight batteries and the compatible C8000 Intelligent Charger. Confirm battery quantity, charger inputs and a suitable site supply for the planned flight cycle.
▶Open the official DJI video using the image or link above.Official DJI film. Manufacturer demonstration footage; not an Irish Drone customer project.
▶Open the official DJI video using the image or link above.Official DJI film. Manufacturer demonstration footage; not an Irish Drone customer project.
Define who loads and checks the cargo, who controls access at the receiving point and what happens if the planned delivery cannot be completed. For remote facilities, infrastructure work or emergency logistics, these questions shape the equipment choice.
Plan the aircraft, route and authorisation together. Published range is a hardware test figure, not permission for a route or beyond visual line of sight. Check the IAA guidance and EASA operational-authorisation guidance for the intended operation.
No. DJI's 85 kg maximum dual-battery lifting claim and its 65 kg/12 km delivery example use different load conditions. Use the aircraft specifications, total take-off weight and app recommendation for the selected configuration.
Do not assume they are. Ask for a written configuration listing each item, quantity and selected delivery system. Confirm regional supply and the exact package before ordering.
Send the weight and dimensions of a typical load, packaging and lifting gear, route and elevation change, receiving-point access, planned flights per day and available ground power.
Share the load, route, landing or lowering requirements and ground-power details with Irish Drone. Include the FlyCart models you are comparing.
Technical references: FlyCart 30 manuals and FlyCart 100 manuals. Supplied equipment and operating limits must be checked for the exact configuration.