DJI just took a big swing at the low-altitude cargo and agri-drone market with two absolute heavy-lift beasts: the FlyCart 200 (FC200) and the T200, both rated for a massive 200kg payload. They are not camera drones you toss in a backpack – they are closer to flying forklifts designed to move serious loads where trucks struggle to reach.

Launched in China, the FC200 is DJI’s new flagship transport drone, capable of lifting up to 200kg on a single aircraft and flying as far as 36km in the right configuration. Where it gets wild is fleet mode: link four FC200s together and you can hoist up to 600kg, essentially turning a group of drones into an aerial crane that can work over rivers, ravines, forests, and mountain roads that would be slow or dangerous for ground vehicles. DJI says this isn’t just a spec sheet exercise; it is tying these platforms into a broader push to make low-altitude cargo runs “routine” rather than experimental.

The raw lifting power comes from a heavily reworked powertrain. The FC200 jumps to a 120V platform, which cuts current and heat, and uses new flat-wire motors with a 41 percent higher slot fill factor, paired with giant 68-inch carbon fiber propellers and an optimized airfoil. In practice, that means a single motor axis can generate up to 183kg of thrust, with around 10 percent better power efficiency compared to the previous generation. Fully loaded, the aircraft can still hit 20m/s in forward flight, and climb or descend at 5m/s, which matters when you are shuttling equipment up and down mountain slopes or tower sites.

Mountain work is a big focus here. At high altitude, air gets thinner and most aircraft need to derate their payloads, often by 10 percent of maximum takeoff weight per 1000 meters of elevation. DJI claims the FC200 can still carry its full 200kg at 3000 meters without payload reduction, and can keep 170kg at 4500 meters and 140kg at 6000 meters, which puts high-altitude construction, base camps, and infrastructure maintenance well within reach of drone logistics. In real-world tests in typical mountain lifting scenarios, DJI says hourly operational efficiency is more than 140 percent higher than the previous generation, which is a big jump if you are running repeated lifts all day.

Range and energy are handled in a fairly pragmatic way. The FC200 supports dual-battery and quad-battery modes: in dual-battery, you get up to about 6km of range with a full 200kg payload, while the quad-battery configuration stretches that to around 10km at full load. For no-load transits, the platform can manage up to roughly 36km, making it viable for hub-to-outpost or hub-to-hub runs inside a regional logistics network. Power comes from new 46Ah DB2400 batteries and a high-capacity charging ecosystem: with the C12000 smart charger, DJI says a single battery can be charged in about 7–8 minutes, and an upcoming C18000 charger will be able to fast-charge two batteries in roughly 12 minutes with 18kW dual-channel air-cooled charging. The system is backward compatible with earlier energy hardware, which lets existing operators ramp up without replacing everything.

Where things get very “DJI enterprise” is the multi-drone collaboration. Out of the box, the FC200 supports dual or quad-drone formations using a dedicated collaborative expansion kit. A single operator can command a group of two to four aircraft, with one-click intelligent formation at takeoff, automatic spacing and turning in the air, and shared obstacle awareness via a networked system. There’s a master–slave control architecture where the master handles flight control and the slaves monitor status and coordinate, which keeps the workflow manageable even when you are moving a 600kg suspended load.

Load balancing is one of the more interesting touches here. DJI built a real-time load-sensing system that can dynamically distribute power among the drones in a formation so one drone is not overloaded while others loaf. That matters when you are lifting irregular loads like girders, generators, or rescue equipment; uneven weight distribution can quickly become dangerous if one aircraft is doing too much work. The system also integrates anti-sway algorithms, coordinated release and retrieval, and one-click rope abandonment across multiple drones for emergencies, letting operators drop a load safely if something goes wrong without losing the aircraft.

Because these drones are operating in tight, often dangerous spaces, DJI leaned hard into sensing and safety. The FC200 has 11 core sensors on board, including a new 256-line LiDAR with 156 percent higher point cloud density for detecting smaller obstacles, backed by a millimeter-wave radar that pushes up to 250,000 points per second, tripling performance and extending detection range. A “five-eye” vision setup – a triple-fisheye array on top and a rear binocular system – expands coverage around and below the fuselage, enabling high-precision visual landing and better situational awareness. For the pilot’s view, DJI adds dual full-color FPV cameras, with the forward camera offering a larger vertical field of view via a virtual gimbal, and the downward FPV supporting 4K video and 5x digital zoom to see exactly what is happening at the load.

On the software side, “intelligent obstacle recognition” and AR-assisted flight are baked into the experience, letting operators overlay elevation maps and global awareness maps so the drone can automatically adjust altitude in complex terrain. GNSS capabilities are strengthened with upgraded anti-interference hardware and software, plus a GNSS+ mode designed to maintain reliable positioning even with ionospheric interference or in cases where RTK corrections are unavailable. There is also a high-power loudspeaker and warning voice prompts on the aircraft to reduce pilot workload and keep ground teams informed during operations.

Communications are critical for any low-altitude transport system, and DJI is using an enhanced O4 transmission system with serious range and redundancy. The FC200 integrates up to eight image transmission antennas on the aircraft, paired with a high-gain phased-array antenna system on the controller, delivering a claimed 40km maximum link distance under good conditions. The platform supports the Sub-2GHz band to punch through obstacles and improve signal reliability in cluttered environments, which is especially important at close range, where interference risk is highest. On top of that, the drone supports multiple links, including dual-controller mode, D-RTK3 base station relay, and a plug-in 4G module that runs in dual-SIM dual-standby mode in addition to built-in 4G-enhanced image transmission, all designed to keep the link alive in messy RF environments.

Cargo handling is another area where DJI is clearly drawing on real-world field feedback. There are two main hoisting systems: a flagship “empty hoist” with a 30-meter rope, 1.2m/s deployment/retraction speed, automatic weighing and sway reduction, and a very simple one-button active hook control; and the DL200 hoist, with a 15-meter rope, mechanical hook, real-time weighing, and automatic sway reduction, which ships standard on some configurations. Both systems have rapid escape features: the flagship hoist supports single-button rope abandonment, while the DL200 uses a lever-type rope abandonment that can release within 7–10 seconds and is reusable, giving operators a fast way out if the load gets stuck.

On the ecosystem side, the FC200 is set up as a sort of modular workhorse. There is a dual gimbal mount that can carry both a Zenmuse H30 series payload and an S1 searchlight at the same time, providing inspection imaging plus illumination for night, smoke, or low-visibility missions. Dual PSDK interfaces (DJI’s payload SDK) provide dual-channel Eport 2.0 high-speed connections with up to 3000W power output and video streaming support, so third parties can build custom tools, sensors, or mission equipment that plug directly into the aircraft.

Software and fleet management are being scaled up as well. DJI’s Delivery App has been upgraded to Delivery 2.0 with a refreshed interface and deeper “cloud-to-cloud” integration, which allows operators to sync operations data to third-party platforms via Cloud API for planning, billing, and analytics. The DJI Transport Cloud Platform now adds multi-aircraft conflict alerts, signal maps, and customizable flight areas to reduce risk and give operations managers a clearer view of what is happening across their fleets. There is also a new DJI Transport Services mobile app that combines after-sales support, DJI Academy training, and mobile tracking so teams can manage pilots, jobs, and settlement on the go.

Of course, none of this exists in a vacuum. DJI is positioning the FC200 and T200 in the context of China’s broader “low-altitude economy,” a government-backed push to treat airspace below traditional aviation routes as a new infrastructure layer for logistics, inspection, and mobility. Shenzhen, DJI’s home city, has already built more than 300 low-altitude logistics routes and over 1200 takeoff and landing sites, which essentially form a ground network for drones like these to plug into. Market research suggests that low-altitude infrastructure spending could grow from about 0.3 billion dollars in 2025 to roughly 0.93 billion dollars by 2030, with drones, urban air mobility, AI navigation, and advanced communications as core drivers.

DJI also cites its past experience to make the case that heavy-duty drone logistics is already a real business, not just demo material. The company says that, as of April 2026, hundreds of thousands of operators have completed over 180 million flights using DJI drones in China, transporting more than 11.5 million tons of supplies. That ranges from routine resupply runs in places like Huangshan Scenic Area, to high-altitude work near Mount Everest base camps, to firefighting support where drones act as an aerial lifeline across fire lines. The FC200 and T200 are meant to formalize and scale that experience into a repeatable, standardized platform that logistics firms, local governments, and big industrial operators can adopt.

Pricing and support reflect that this is a serious enterprise buy. In China, the FC200’s standard sling-loader bundle with the C12000 charger starts at 133,999 RMB, putting it firmly in “infrastructure asset” territory, not a small-business impulse purchase. DJI is expanding its after-sales footprint to around 300 service locations by 2026, covering over 90 percent of operating areas, supported by five central warehouses and 26 branch warehouses; the goal is that 90 percent of faults can be fixed on-site. Buyers get a basic care plan covering vulnerable parts like propellers and some coverage for motors and parachutes, optional upgraded care with higher limits and battery coverage, plus third-party liability insurance of around 1.3 million yuan, a one-year aircraft warranty, and a 24-month or 1500-cycle battery warranty.

To lower the barrier for pilots and small operators, DJI is offering a “Droneer Loan” that allows purchases with as little as 20 percent down and repayment starting after six months, clearly aimed at growing a new class of professional “drone truckers.” For agriculture, the T200 comes in a bit lower at a starting price of 99,999 RMB, with a more focused configuration tuned for farming, forestry, animal husbandry, and fisheries logistics rather than general cargo. Both products are available through DJI’s 1400-plus agricultural stores in China, where customers can get consultation and place direct orders.

The T200 is built on the same core platform as the FC200 – same 200kg payload rating, same power system, same heavy-lift fundamentals – but it is more specialized. Officially branded as the “DJI T200 Agricultural Unmanned Aircraft,” it is tuned for rural logistics, farm infrastructure, and agricultural support, with the DL200 hoisting system and C12000 charger as standard. Unlike the FC200, which supports up to four-drone collaborative lifting, the T200 is limited to dual-drone collaboration with a maximum combined payload of about 360kg, which is still a huge step up from older ag drones like the Agras T100 (100kg) or T20P (20kg spraying payload). It forgoes some of the broader payload ecosystem of the FC200 in favor of reliability and simplicity for its target use cases.

At a higher level, these launches signal where industrial drones are heading. DJI has already iterated through earlier heavy lifters like the FlyCart 30 and FlyCart 100; the FC200 and T200 are the next logical step, pushing payload capacity, formation capabilities, and software integration into a space that looks a lot more like traditional logistics infrastructure than ad hoc drone experiments. If you think of previous ag drones as specialized tools for spraying and spreading, these new machines look more like general-purpose aerial work platforms that just happen to be unmanned.