Just like with the Phantom in 2013, it was from humble beginnings that DJI launched the first iteration of the Flycart series of cargo drones in 2023.
But as always, DJI had bid dreams then, and soon the Flycart 30 was superseded by the Flycart 100; which itself has an upgrade of itself now.
The Flycart 200.
Yes, Chinese drone maker DJI has launched a humungous cargo drone that has the capacity to haul cargo worth well over 200kgs. It has only been released in China for now, and it comes along with an equally huge T200 agricultural drone, whose maximum payload capacity is 360kgs.
Which is funny; because it was Volocopter that was the first to bring to life the concept of a 200kg-capacity agricultural drone into the minds of farmers.
But it is DJI that now leads the race for that side of autonomous precision agriculture technology. At this rate, you would really not put it past the company to develop drone-based crane for industrial construction sites, would you?
You can check the information below for a full chronicle of what the Flycart 200 and the T200 are all about.
Today, DJI officially released two large-payload drones - the new flagship launch UAV FlyCart 200 (hereinafter referred to as "DJI FC200") and the new generation of T200 agricultural unmanned aerial vehicle.
The DJI FC200 has a maximum load capacity of 200 kg and a maximum range of 36 kilometers, and the maximum load can jump to 600 kg when four aircraft are jointly craned.
The whole machine integrates 11 sensors and 8 image transmission antennas, which is not afraid of complex environments. With a 46Ah intelligent flight battery, it only takes 7 to 8 minutes to quickly replenish energy with a single electrode.
In terms of software, DJI Transportation and Delivery App have been fully upgraded, and the mobile DJI Service App has been launched, and multi-terminal collaboration makes operations more efficient.
Another T200 agricultural unmanned aerial vehicle specially built for agriculture, forestry, animal husbandry and fishery scenarios was unveiled at the same time, with a maximum load of 200 kg, providing a more efficient productivity tool for agricultural transportation.
"DJI has been deeply involved in the transportation field for many years, and we have made major application breakthroughs in various complex scenarios, from mountain infrastructure, Everest transportation to emergency rescue across the line of fire,” said DJI spokesperson Zhang Xiaonan.
“As of April 2026, hundreds of thousands of practitioners have used DJI drones to complete more than 180 million flights across the country and transport more than 11.5 million tons of materials - these heavy data collectively confirm the huge volume and explosive growth of the transportation market.
In the face of the outbreak of the low-altitude economy and the call of more industries for air capacity, the two new products not only break through the technical boundaries, but also lay a solid foundation for productivity for more normalized low-altitude transport. In the future, we hope to continue to promote the efficiency reform of air transportation, improve the quality and efficiency of thousands of industries, and make every rescue over obstacles calm and fearless.”
Payload capacity jump
The powerful load of up to 200KG of a single machine is inseparable from the support of the underlying power system - FC200 increases the voltage platform from 60 volts to 120 volts, effectively reducing the current and motor heating; at the same time, a new flat wire motor is used to increase the slot full rate by 41 percent; combined with 68-inch carbon fiber blades and aerodynamic airfoil optimization, this powerful powertrain pushes the maximum pulling force on a single axle to 183 kg, increasing overall power efficiency by ten percent.
In addition, the addition of the upper and lower blade lock straight buckles reduces vibration, allowing the drone to not only carry heavier, but also fly more stably.
With a full load capacity of 200 kg combined with a maximum flight speed of up to 20 m/s and a lifting speed of five m/s, the FC200's overall operational efficiency has skyrocketed. In the actual measurement of typical mountain lifting scenarios, its unit hour operation efficiency is increased by more than 140 percent compared with the previous generation product.
In high-altitude operation scenarios, the FC200 also breaks through the traditional load bottleneck. Normally, for every 1,000m of altitude gain, the decrease in air density will lead to a loss of about ten percent of the maximum take-off weight, and a significant load reduction of 100kg is often required at 3,000m.
After depth optimisation, the FC200 can still achieve 200 kg of "no load shedding" flight at an altitude of 3,000m; at altitudes of 4,500m and 6,000m, the load is still as high as 170kg and 140kg, respectively.
In addition, the FC200 supports dual and four-electric modes, with a maximum range of six kilometres at full load in dual-electric mode; when encountering longer-distance transportation needs, the full load range can be greatly extended to ten kilometres after adopting the four-electric mode.
Multi-machine coordination
Faced with the problem of lifting larger loads, the FC200 has launched a multi-machine crane system that combines intelligence and safety. Through the low-latency, high-reliability communication link established by the multi-aircraft collaborative expansion kit, one operator can easily control the flight of two to four drones in formation, and the maximum load capacity can reach 600 kg when four aircraft are jointly lifted.
In order to ensure that multi-aircraft collaboration is simple and convenient, the system is highly intelligent. During takeoff, it supports one-click intelligent formation and automatically adjusts to the standard position and attitude.
During flight, with advanced algorithms, the fleet can not only automatically coordinate turns and adjust the spacing, but also rely on the integrated network to achieve multi-aircraft integration and obstacle avoidance. With the master-slave architecture of the main controller in charge of the flight and the monitoring of the status of the slave, the division of labor in the formation operation is clear and worry-free.
More importantly, in response to the pain point of the industry where the load distribution is uneven, DJI has specially developed a load balancing function. It can perceive the load in real time and dynamically distribute the power of each machine, effectively avoiding the overload of a single machine, truly releasing the transportation potential of multiple aircraft, and solving the problem of air crane with large load and non-regular components.
In addition, the system also adds multi-machine intelligent swinging, collaborative retraction and release, as well as one-click multi-machine rope abandonment and formation quick release functions in emergency conditions, providing extremely high safety and reliability guarantee for difficult fleet operations.
Security upgrade
While achieving strong transportation capacity, the three-dimensional security defense line of DJI FC200 has been upgraded again.
The whole machine integrates eleven core sensors - the new 256-line lidar increases the density of the point cloud by 156 percent, effectively improving the detection ability of small obstacles and allowing the drone to "see more clearly.”
The upgraded millimetre-wave radar point cloud density is as high as 250,000 points/second, and the performance is increased by three times, greatly increasing the detection distance and allowing the drone to "see further". Combined with the five-eye combination of "top three-eyed fisheye + rear lower binocular vision", it realises more detection area coverage around the fuselage and below the rear, and supports high-precision visual landing.
In terms of FPV operation field of view, the FC200 is equipped with dual FPV full-color cameras, front-view FPV supports virtual gimbal and vertical field of view is increased by 25 degrees, down-view has 4K imaging and 5x digital zoom, combined with "intelligent obstacle recognition" and "AR-assisted flight", and supports loading elevation maps and global perception maps to achieve automatic height adjustment, making loading and unloading operations in complex mountainous environments more intuitive and calm.
For complex electromagnetic environments, the new machine has fully upgraded GNSS anti-interference software and hardware and added GNSS+ mode, which can ensure accurate positioning even when it is interfered with in the ionospheric or when there is no RTK signal.
In addition, the fuselage is equipped with a high-power shouter and built-in high-frequency warning voice as standard, which not only effectively reduces the operational burden of pilots, but also ensures the operational safety of ground crews.
The upgraded DJI Air Sense system can detect nearby FC200 and T200 operations in real time through the Group C function, making it more fewer and safer for multiple aircraft to fly at the same site.
Finally, the FC200 is equipped with a parachute as standard, and the ground contact speed can be controlled at about 7m/s when fully loaded, providing reliable safety support in the event of extreme accidents.
Long-distance image transmission
Stable communication is the "lifeline" of low-altitude operations. DJI FC200 has once again made a breakthrough in image transmission capabilities, with up to 8 image transmission antennas in the fuselage.
Thanks to this powerful antenna system and the high-gain phased antenna system of the remote control, the new machine is equipped with the new O4 carrying enhanced version of the map transmission of up to 40 kilometers.
In addition, the system supports the Sub-2G frequency band, which not only effectively improves the signal stability in occlusion environments, but also greatly enhances the anti-interference and anti-occlusion capabilities during close operation with redundant transmission performance.
In the face of complex and changeable mission environments, the FC200 supports multiple link solutions to ensure smooth operation.
The new machine not only supports the relay function of the dual-control mode and the D-RTK3 multi-function base station, but also supports the installation of an additional 4G module to achieve "dual SIM dual standby" on the basis of embedded 4G image transmission in the fuselage, which comprehensively ensures the continuous signal connection of the UAV in various complex scenarios.
Load and energy
In the cargo handling process, the FC200 provides two lifting modules to suit different needs. The flagship air crane is equipped with a 30-meter rope with a heavy load retraction and release of 1.2m/s, and has an upgraded "one-click-one-function" anti-accidental touch design for active hooks.
It supports automatic weighing, automatic swing, and waypoint action functions, and its fully automatic intervention-free retraction and release mode is extremely valuable for emergency rescue in "circuit break, network disconnection, and power outage" scenarios.
Users can also choose the DL200 lifting system, which comes standard with a fifteen-metre rope and mechanical hook, and also supports real-time weighing and automatic swing removal functions.
To improve fault tolerance, both lifting systems have the ability to escape extremely quickly: the flagship aerial crane supports one-click rope abandonment, while the DL200 is upgraded to a trolley abandoned rope, further reducing the escape time to seven to ten seconds and can be recycled.
Efficient operation relies on strong energy. The new 46 Ah DB2400 battery and the new onboard radiator provide a single-electrode quick replenishment in just seven to eight minutes.
Equipped with the C12000 smart charger, combined with the inverter charging station and on-board fast charging solution, it can flexibly respond to various field conditions and completely eliminate battery life anxiety.
For users with higher extreme energy replenishment needs, a new C18000 charger will be launched in the future, which integrates an air-cooled cooling system and supports 18kW dual-channel co-charging, and the two batteries can be fully charged in about twelve minutes. While improving energy replenishment efficiency, the FC200 energy system is fully forward-compatible to ensure the needs of old users.
Diverse ecosystem
For complex and changeable delivery tasks, the hardware ecosystem of DJI FC200 provides rich mounting support. The fuselage is equipped with a new dual gimbal bracket, which supports mounting DJI Zenmuse H30 series loads and S1 searchlights at the same time, effectively solving the problem of accurate delivery at night, heavy smoke or obscured environments.
The dual PSDKs feature dual-channel Eport 2.0 high-speed interfaces, with 3000W high-power output and video pushing, greatly expanding the operational boundaries of various scenarios.
In terms of software ecology, the newly upgraded Delivery2.0 has a new UI interface, and "Cloud-Cloud Docking 2.0" supports seamless docking with third-party platforms to achieve data interoperability.
At the same time, the DJI cloud platform has added multi-aircraft conflict prompts, signal maps and custom flight area functions to ensure flight safety in an all-round way. In addition, the newly launched mobile DJI Logistics App integrates after-sales service, DJI Academy and mobile dotting functions, and opens up a closed loop of team management and operation statistics, making lifting business settlement more convenient.
DJI FC200 offers a variety of packages for users to choose from, including the standard lifting package (C12000 charger version) starting at 133,999 yuan (about $19,635,00).