The new DJI FC200 has a maximum single-unit payload of 200 kg and a maximum four-unit payload of 600 kg. It supports two modes: dual-battery and four-battery, and can also flexibly choose between the flagship air crane and the DL200 lifting system. It supports 40 km O4 image transmission [2] , and the long-distance transmission is clear and smooth. The new generation intelligent safety system is equipped with 11 sensors to cope with complex environments. Dual PSDK interfaces support more load expansion. Delivery App, DJI Driver & Transport, and the new DJI Delivery Service App enable multi-terminal collaboration and strategic planning.
The new DJI FC200 has a maximum single-unit payload of 200 kg and a maximum four-unit payload of 600 kg. It supports two modes: dual-battery and four-battery, and can also flexibly choose between the flagship air crane and the DL200 lifting system. It supports 40 km O4 image transmission, and the long-distance transmission is clear and smooth. The new generation intelligent safety system is equipped with 11 sensors to cope with complex environments. Dual PSDK interfaces support more load expansion. Delivery App, DJI Driver & Transport, and the new DJI Delivery Service App enable multi-terminal collaboration and strategic planning.
The maximum load capacity of four machines working together is 600 kg.
Dual-battery/quad-battery mode
40 km O4 image transmission
Fully open, more possibilities
The new flat wire motor has a slot fill factor of 41% . Paired with a 120-volt high voltage system, it has stronger torque, faster response, less heat generation, and is still able to handle full load with ease.
The blade size has been increased to 68 inches, and with optimized airfoil design, energy efficiency has been further improved.
The carbon fiber material is stronger, lighter, and resistant to high temperatures.
Maximum load of a single unit
Maximum range when unloaded
Maximum tensile force on a single axis
Maximum load capacity of four machines working together
Maximum horizontal speed under no-load
Maximum vertical speed
Wind resistance speed
Maximum flight altitude
With the new multi-machine expansion kit, combined with the multi-machine intelligent algorithm, a low-latency and highly reliable inter-machine communication link is established, and a single person can easily control the collaborative operation of multiple machines at the same time. The maximum load of the 4 machines has jumped to 600 kg, breaking through the single machine load limit, and large-sized heavy objects can also be lifted with ease.
Intelligently recommends formation types based on aircraft status, and supports one-click automatic adjustment of position and attitude. Simplify aircraft formation.
It leverages a multi-aircraft collaborative suite to establish inter-aircraft communication, coupled with a master-slave control architecture. The master controller manages formation flight, while slave controllers assist in monitoring status. Clear division of labor ensures safety and peace of mind.
Maximum collaborative load
Maximum Cooperative Flight Speed
The lidar has been upgraded to improve the detection capability of small objects by 5 times and the point cloud density by 153%, and small obstacles such as wires can be seen.
Featuring a top-mounted three-eye fisheye sensor, a rear-mounted binocular sensor, and dual FPV cameras, it can view the flight scene from the front, rear, left, right, and bottom. During takeoff and landing, it can detect pedestrians and vehicles and supports AR display. This reduces blind spots and puts complex operations under control.
With the support of DJI FC200 intelligent perception, it has multiple capabilities such as global perception, cargo obstacle avoidance, terrain-following flight and AR display . Real-time observation and proactive response. One step ahead of risks, stable before arrival, dealing with every unknown in the operation.
It remembers the routes it has flown. It automatically records the terrain and obstacles along the way, making go-arounds safe and efficient.
It can not only see, but also recognize. It can distinguish between power lines, power poles, and power towers, making obstacle avoidance more intelligent.
The innovative obstacle avoidance algorithm takes into account both aircraft and cargo, effectively avoiding obstacles during hoisting, ensuring the safety of both aircraft and cargo.
By combining elevation maps with multi-source information fusion, the system can perceive terrain changes in real time, enabling terrain-following flight and automatic altitude adjustment, making flight in complex mountainous terrain more effortless.
It supports AR display of landing points, marker points, and obstacles, as well as loading and unloading point guidance, making flying safer.
Combined with a rear-facing binocular vision system, it enables precise, stable, and reliable landing. Without a marker:
The parachute has multiple redundancy protections. Before the parachute opens, the propellers are stopped and the power is cut off. When the parachute opens, an audible and visual alarm is triggered. At the maximum takeoff weight, the parachute can open stably and reliably. When landing, the ground contact speed can be reduced to 7 m/s , ensuring the safety of personnel and property.
The aircraft is equipped with an 8-antenna system, which, together with the high-gain phased array antenna of the remote controller, can transmit images up to 40 kilometers away; and supports the sub-2G frequency band, which effectively improves the signal stability in obstructed environments.
The forward-looking FPV supports a virtual gimbal, increasing the vertical field of view by 25 degrees, providing a wider field of view.
The downward-looking FPV supports 5x digital zoom, making loading and unloading clearer.
It comes standard with an onboard 4G enhanced image transmission module, which effectively copes with mountainous environments that obstruct the view; an additional 4G module can also be installed, with dual 4G networks intelligently selecting the best one for more relaxed operation.
In the face of scenarios with no mobile network and severe signal obstruction, the relay function of the D-RTK 3 multi-functional base station can also be used to ensure smooth operation.
One aircraft can be operated by two people. When the aircraft is connected to two remote controllers at the same time, both controllers have control and image transmission functions, and it supports switching between the primary and secondary pilots and locking the control.
Built-in ADS-B signal receiver can provide timely warnings of information about surrounding aircraft. The newly upgraded Group C function can sense information about surrounding drones [18] , making flight safer.
High-speed retraction
1.2 m/s heavy load deployment and recovery
Electric hook
Electric opening and closing, one button per function
Wireless charging
Simply return the hook to its original position to charge, ensuring worry-free battery life.
Real-time weighing
Triaxial force sensor for accurate weighing
Real-time weighing
Triaxial force sensor for accurate weighing
Abandon the rope to escape
Pull-rope drop for quick escape
Intelligent ventilation
Quickly suppress cargo swaying
15-meter rope length
More flexible lifting scenarios
The DJI FC200 flagship air hoisting system features a 30-meter effective rope length, electric hook, and dual-motor high-speed deployment and retraction for efficient loading and unloading.
It also boasts a number of practical functions such as intelligent anti-swaying, rope abandonment and escape, and air hoisting adaptability to waypoint movements, making it flexible and convenient to operate in various scenarios.
The airborne battery radiator, in conjunction with the ground-based battery air-cooled radiator, improves heat dissipation efficiency by 20% ; and can intelligently adjust the start and stop of the radiator according to the ambient temperature.
Three-phase power input 12000 watt fast charging power adaptive protection 1.8-meter extra-long charging cable
Dual high-performance Eport 2.0 high-speed interfaces support video streaming; coupled with a 3000-watt high-power interface, it allows for free expansion and creates more possibilities.
We will open up more driver and transportation functions, seamlessly connect with third-party platforms, share data, and achieve efficient collaboration.
Flight data is automatically recorded, making settlement time-saving and labor-saving.
One-click ground marking, AR guidance in the air to reach the destination.
The device’s “health record” can be viewed at any time.
Team information is all at your fingertips, and all updates are readily available.
Report repairs online and track repair progress in real time.
Course materials are available for viewing at any time.
DJI FlyCart is a one-stop aerial transport cloud platform that is compatible with all FlyCart transport drones. It can efficiently plan equipment tasks, fully control operational dynamics, centrally manage team resources, and statistically analyze multi-dimensional data. It combines professionalism and ease of use, and easily achieves efficient multi-terminal collaboration and one-stop transport management.
Inquire price for DJI FlyCart 200
