The all-new DJI FC100 is officially entering the future. With a flagship payload of 80 kg [1] , it supports two load systems and is equipped with a rich ecosystem of applications, redefining professional transportation and breaking through more scenario boundaries. The intelligent safety system and protection performance can easily cope with complex scenarios and all-weather transportation. From now on, it can cross mountains and seas, carrying unlimited possibilities.
Fully loaded, with longer range, combining powerful performance with higher efficiency. High-efficiency transportation, breaking boundaries.
80 kg
Maximum load capacity [1]
26 km
Maximum unloaded range [2]
82 kg
Maximum tensile force on a single axis
32 %
Enhanced efficiency [6]
Small size, large payload. Powerful propulsion provides greater safety redundancy and enables propeller stop protection.
Made of carbon fiber, it is stronger, lighter, and less prone to deformation at high temperatures; the optimized airfoil and increased rotor diameter improve energy efficiency.
The upper motor is equipped with a blade locking clip to reduce blade vibration and make flight more stable.
The motor is larger and has greater torque. The ESC has a 420 amp current, ensuring stability and reliability, and resulting in faster response.
The DJI FC100 supports the new flagship version of the air hoisting system, equipped with an electric hook for efficient loading and unloading, and features practical functions such as automatic anti-sway and real-time weighing. It is also compatible with the DJI Lifting System Dual Electric Version, flexibly handling various lifting scenarios.
High-efficiency loading and unloading
Convenient and worry-free
To avoid overloading and facilitate settlement
Safe loading and unloading
The air crane supports automatic and manual deployment and retrieval, is equipped with a 30-meter rope, and has a heavy-load deployment and retrieval speed of up to 1.2 meters per second.
The cargo automatically slows down near the ground, and the hook can be remotely controlled to open, ensuring high efficiency and safety.
A three-dimensional force sensor combined with an intelligent algorithm can quickly suppress hoisting sway and ensure stable hoisting.
In case of accidental entanglement, you can choose to discard the rope with one click to escape and ensure safety.
One-click sway elimination ensures smooth hoisting.
One-click fuse releases the rope, ensuring safe escape.
To avoid overloading and facilitate settlement.
DJI FC100 Smart Safety System is equipped with a new LiDAR, millimeter-wave radar [9] and five-eye fisheye vision, which can perceive and observe the surrounding environment in all directions and intelligently detect obstacles [10] .
It can capture spatial point cloud density of up to 300,000 points/second, instantly controlling complex terrain. In nighttime environments and with small obstacles, it can be displayed more clearly than FPV.
With a front radar scanning vertical airspace 5000 times/second, a horizontal 360° mechanical rotation scan, a downward-looking radar, and a rear-looking radar, the detection range is comprehensive and in place.
With four-eye vision combined with an FPV low-light full-color camera, it can assist in freely viewing the flight scene in front, behind, left, right, and below, and intelligently detect obstacles.
New forward-facing high and low beam headlights and downward-facing supplemental lights have been added. Illuminating the way for nighttime transport.
From takeoff to landing, from routine to emergency, ensuring the safety of personnel, drones, and cargo in all scenarios.
The innovative obstacle avoidance algorithm can accurately avoid obstacles within the range of aircraft and cargo, effectively reducing the risk of obstacle entanglement in complex scenarios, ensuring the safety of aircraft and cargo, and providing comprehensive protection.
During takeoff and landing, it supports AR pedestrian/vehicle detection. During return, it also supports safe landing projection to assist landing.
Real-time terrain change detection ensures the flight altitude remains above the set level during operation. Safe flight even in complex terrain.
The new system supports roll-free flight, improving crosswind stability and fault-tolerant control performance in the event of power failure.
The parachute has multiple redundancies and can deploy at low altitudes even at maximum takeoff weight, effectively reducing the aircraft's ground contact speed and ensuring the safety of personnel and property.
Impact resistant, corrosion resistant, low air permeability
Independent power supply and independent storage
Intelligent power-on self-test, propeller stop protection before parachute deployment
The ground contact speed can be reduced to 6 m/s [12]
The DJI FC100 has undergone numerous reliability tests, including high and low temperature operation, wind tunnel testing, winch deployment and retrieval, hook opening and closing, and parachute deployment. Forged in the fire, it fears no extreme conditions.
DJI FC100 power system supports 9-minute fast charging [3] , and with dual battery hot-swap mode and battery redundancy design, it can achieve uninterrupted operation.
In dual-battery mode, the two batteries can serve as backups for each other, automatically switching in case of single-battery failure to prevent unexpected power outages and ensure emergency flight.
In dual-battery mode, it supports battery replacement without power interruption, making preparation more efficient.
In low-temperature environments, the battery can be heated to its optimal operating temperature using a battery insulation box, and the temperature can be continuously maintained to ensure stable performance in frigid regions.
Daily energy replenishment is more economical
Three-phase power input
12000 watt fast charging [21]
power adaptive protection
1.8-meter extra-long charging cable
Charging for new energy vehicle owners is quieter and more convenient.
15000W fast charging [22]
silent charging
1.8m extra-long charging cable
More convenient to replenish energy in the wild 15% fuel saving with electronic fuel injection [19]
11500 watt fast charging [20]
1500 watt AC output
1.8-meter extra-long charging cable
The DJI RC Plus 2 features a 7-inch high-brightness screen and supports dual-control mode [23] . Pilots in two locations can switch control permissions of the drone with one click to meet more operational needs.
Protection level:
Waterproof and dustproof, weatherproof.
Operating temperature:
Unaffected by severe cold or scorching heat, enabling all-weather operation.
High-brightness large screen
with a peak brightness of 1400 nits, clear even in strong light.
The newly upgraded 20km O4 image transmission system offers a more stable signal and smoother video.
With the optional DJI 4G enhanced image transmission module, if the O4 image transmission signal is interfered with but the mobile network is good, it can automatically switch to mobile network transmission, easily handling complex scenarios such as mountain obstruction.
When the signal is interfered with and there is no mobile network, the relay function of the D-RTK3 multi-functional base station [26] ensures 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.
The all-new DJI Delivery App, designed specifically for delivery, features a cleaner interface and more powerful functionality. It clearly displays the real-time flight status of the drone and the cargo delivery status, and adds several new features such as loading/unloading point guidance and AR display, significantly improving operational efficiency.
You can freely choose your target location and arrive with one click.
The loading and unloading operator sets the loading and unloading points using a remote control and RTK module. After the settings are synchronized to the pilot’s remote control, the pilot can quickly locate the loading and unloading points directly through AR projection.
The high-definition FPV combined with a four-eye vision system can simultaneously view the flight environment ahead and the status of the cargo below, providing a more comprehensive flight vision. It also incorporates AR flight path and AR obstacle detection for safer flight.
The empty crane waypoint actions can be preset in advance, so that the transportation task can be completed automatically even in the event of a disconnection.
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.
The single unit has a capacity of 41 amp-hours, a 9-minute fast charge [3] , and supports 1,500 cycles within the warranty period [17] .
15% fuel-efficient electronic fuel injection [19] , 1500W AC output, supports up to 11500W fast charging [20] .
It supports three-phase power input, voltage self-adaptation, and is compatible with general-purpose generators, with a maximum charging power of 12,000 watts [21] .
Silent charging, with a maximum support for 15,000 watts of fast charging [22] .
It quickly dissipates battery heat during charging, achieving efficient cooling, ensuring stable battery operation and extending battery life.
It can heat up quickly, improving its performance at low temperatures.
The 7-inch screen boasts a brightness of up to 1400 nits, features a rich array of buttons, and offers smooth operation.
The 4G enhanced image transmission module can be installed on the flight platform or remote controller to provide 4G network access service for the aircraft or remote controller.
Used in conjunction with a remote control for precise positioning and marking.
It provides high-precision centimeter-level positioning and relay functions, effectively expanding the operating range and ensuring high efficiency and reliability.
The center pole tripod bracket facilitates the installation and fixation of the D-RTK 3 multi-functional base station.
Data generated by Chinese users flying with DJI devices is stored on Alibaba Cloud servers (deployed in China) and has passed ISO/IEC 27001 security certification.
| Empty weight |
Excludes the weight of batteries, dual battery compartments and accessories, lifting ropes, and hooks. |
| Maximum takeoff weight | The payload weighed 149.9 kg at 25°C at sea level. The DJI Delivery App will intelligently recommend a payload based on the current aircraft status, environmental conditions, and operational tasks. The maximum weight of the cargo must not exceed the recommended value, otherwise it may affect flight safety. |
| Maximum wheelbase | 2330 mm (diagonal) |
| External dimensions (arms extended, propellers extended) | 3220 mm × 3224 mm × 975 mm |
| External dimensions (arms extended, propellers folded) | 1820 mm × 1840 mm × 975 mm |
| External dimensions (with folded arms and folded propellers) | 1105 mm × 1265 mm × 975 mm |
| Folding method | Folding towards the fuselage |
| Number of onboard batteries | It supports dual-power andsingle-power modes for emergency use. |
| Maximum flight distance | At maximum takeoff weight: 12 km with dual-battery configuration, 6 km with single-battery configuration. This data was measured at the DJI FC100’s maximum takeoff weight, under calm conditions at sea level (25°C) and at a constant speed of 15 m/s. This data is for reference only; results may vary depending on external environment, usage, and firmware version. Please pay attention to app prompts during actual flight. |
| Maximum hovering time | At maximum takeoff weight: 12 minutes with dual batteries, 6 minutes with single battery.This data was measured at the DJI FC100’s maximum takeoff weight in a calm environment at sea level, 25°C. This data is for reference only; results may vary depending on external environment, usage, and firmware version. Please pay attention to app prompts during actual flight. |
| Maximum flight time | At maximum takeoff weight: 14 minutes with dual batteries, 7 minutes with single battery.This data was measured at the DJI FC100’s maximum takeoff weight, under calm conditions at sea level (25°C) and at a constant speed of 15 m/s. This data is for reference only; results may vary depending on external environment, usage, and firmware version. Please pay attention to app prompts during actual flight. |
| Operating temperature range | Based on an estimated solar radiation of 960W/m^2 between -20℃ and 40℃, prolonged use of some components at high temperatures may lead to a decrease in their lifespan. |
| Overall protection level | The IP55protection rating is not permanent and may decrease due to wear and tear from prolonged use. Avoid flying in heavy rain (24-hour rainfall exceeding 24.9 mm). The power system is not covered by this protection. It is recommended to allow the aircraft to idle for one minute after a flight in the rain. |
| Hovering accuracy | With RTK enabled: ±10 cm (horizontal), ±10 cm (vertical) Without RTK enabled: ±60 cm (horizontal), ±30 cm (vertical) |
| GNSS | Full system version: GPS + Galileo + BeiDou + GLONASS BeiDou version: BeiDou |
| Maximum speed of ascent | The speed of 5 m/swas measured in a windless experimental environment at sea level with a temperature of 25°C under dual-electric mode. |
| Maximum descent speed | The speed of 5 m/swas measured in a windless experimental environment at sea level with a temperature of 25°C under dual-electric mode. |
| Maximum horizontal flight speed | The speed of 20 m/swas measured in a windless experimental environment at sea level with a temperature of 25°C under dual-electric mode. |
| Maximum flight altitude | The payload capacity of a 6000-meterdrone decreases as the takeoff altitude increases. 6000 meters is the maximum safe altitude for a dual-battery drone to be unloaded (takeoff from an altitude of 4500 meters). |
| Maximum flight altitude | The flight altitude of 1500 metersis limited by the takeoff altitude, and the maximum flight altitude of the DJI FC100 is 6000 meters. |
| Maximum wind resistance speed | The maximum wind speed that can be withstood during takeoff and landing is 12 m/s . |
| Stator dimensions | 155 × 16 mm |
| motor KV value | 60 rpm/V |
| propeller material | carbon fiber composites |
| propeller size | 62 inches |
| propeller type | Double-bladed folding propeller |
| Number of rotors | 8 pairs |
| Security system types | Front millimeter-wave radar, rear-view radar (single board), downward-view radar (single board), lidar, quad-eye vision system, FPV |
| Millimeter-wave radar EIRP | <20 dBm (NCC/MIC/KC/CE/FCC) |
| Operating ambient temperature | -20℃ to 40℃ |
| Work environment requirements | The lighting intensity is normal, the scene has rich texture features, and there is no dirt. |
| Operating power consumption |
|
| FOV |
|
| Distance range | The maximum sensing distance of 60 meters,effective working range, and obstacle avoidance capabilities will vary depending on ambient light, rain, fog, and the material, position, and shape of the target object. Downward sensing is used to assist takeoff and landing, low-altitude flight, and terrain-following altitude-holding flight; sensing in other directions is used for obstacle avoidance. AR safety assistance is only for supplementary prompts; pilots must confirm the safety of the surrounding environment during actual operation. Note: 1. Downward sensing is used to assist terrain-following altitude-holding flight; collisions with obstacles below are the customer’s responsibility. 2. Due to the performance limitations of the safety system, the aircraft cannot actively avoid moving objects; accidents in such scenarios are the customer’s responsibility. 3. Cargo obstacle avoidance is only used to assist flight; collisions between cargo and hoisting ropes with obstacles are the customer’s responsibility. |
| Maximum effective signal distance |
The above data were measured in an open, interference-free outdoor environment and represent the maximum communication distance for a one-way non-return flight under each standard. Please pay attention to the return-to-home prompts on the DJI Delivery App during actual flights. |
| Operating frequency | The supported operating frequency bands and their corresponding availability vary from country to country/region, ranging from 2.400GHz to 2.4835GHz and from 5.725GHz to 5.850GHz. Please refer to local laws and regulations for details. |
| Transmit power (EIRP) |
|
| Real-time image transmission quality | 1080p/30fps |
| antenna | 4 antennas, 2 transmit and 4 receive |
| 4G Enhanced Image Transmission | support |
| lighting direction | Front, Below |
| Control Mode | Automatic, Manual |
| Maximum lighting power | 46 watts |
| model | E2MSF-100A |
| ground speed | The speed of ≤ 6 m/swas measured at sea level in a windless environment at 25°C, with the aircraft at its maximum takeoff weight and the parachute deployed at an altitude of 100 meters. |
| Umbrella Types | Square umbrella |
| Umbrella Canopy Materials | nylon |
| Minimum safe parachute opening height | 100 metersrefers to the altitude at which the parachute can be deployed to ensure the aircraft reaches a steady-state speed upon landing. |
| Operating temperature | -20℃ to 40℃ |
| Protection level | IP55 |
| Motherboard power-off battery life | Greater than or equal to 1 hour |
| Motherboard memory card capacity | Independent storage, real-time recording of each flight, up to 10 flights. |
| Alarm methods | Buzzer alarm, light alarm |
| umbrella opening method | Manual umbrella opening, automatic umbrella opening |
| model | A2EWH-100A |
| size | 960 mm × 805 mm × 669 mm |
| Hook charging method | For wireless charging and Type-C charging,the hook must be tightened properly. |
| Linked to battery life | Measurements were taken over 10 hoursin ideal conditions at sea level, 25°C, and with no wind. Results may vary depending on external environment, usage, and firmware version. Please pay attention to app prompts during actual use. |
| Cable length | 0-30 meters |
| Maximum expansion and contraction speed | 1.2 m/s |
| Weighing function | support |
| Hook opening and closing function | Supports active control via APP or button. |
| Emergency escape mode | Cable release and escape |
| Anti-sway function | support |
| Manual pulsator retraction | support |
| One-click expansion and contraction | support |
| Intelligent deceleration protection | support |
| model | A2EDL-100A |
| size | 960 mm × 805 mm × 669 mm |
| rope length | 10 meters |
| Emergency escape mode | Cable meltdown and escape |
| Anti-sway function | support |
| Weighing function | support |
| Recommended rope length | 10-15 meters |
| weight | 14.7 kg |
| capacity | 41Ah |
| nominal voltage | 52V |
| Cycle life | The 1500-cycle/24-monthbattery comes with either a 1500-cycle or 24-month warranty, whichever comes first. |
| model | TKPL 2 |
| APP | DJI Delivery App |
| Display screen | 7-inch touchscreen LCD display with a resolution of 1920 × 1200 and a brightness of 1400 cd/m². |
| Charging ambient temperature | 5℃ to 40℃ |
| Built-in battery life | 3.8 hours |
| External battery life | 3.2 hours |
| Charging method | Use a USB-C fast charger with a maximum power of 65W (maximum voltage of 20V), DJI portable charger is recommended. |
| Charging time | Both the built-in and built-in + external batteries provide 2 hours of charging time (when powered off, follow the official charging instructions). |
| 4G Enhanced Image Transmission | support |
| RTK high-precision positioning module | support |
| Operating ambient temperature | -20℃ to 50℃ |
| Master-slave control | Support fora second remote control requires an additional purchase. |
| PSDK communication interface | When connecting an external third-party load to the Eport-Lite, a separate DJI FC100 PSDK cable kit needs to be purchased. When using the DJI FC100 with third-party devices, it is recommended to purchase insurance for the third-party devices. |
| PSDK Power Interface | When supporting 3000Wexternal third-party loads, the DJI FC100 PSDK cable kit needs to be purchased separately. When using the DJI FC100 with third-party devices, it is recommended to purchase insurance for the third-party devices. |
| Charger Model | CSX901-12000 |
| External dimensions | 456 mm × 291 mm × 107 mm |
| weight | 13.13 kg |
| Input voltage |
|
| Output voltage | 62V |
| Rated output current | 194A |
| Rated power | The actual output power of the 12000W (three-phase 380V input) and 3000W (single-phase 220V input) modelsmay vary depending on the local power grid environment, such as distance, wire material, and wire diameter. |
| Charging time | At sea level ( 9 minutes) and with an ambient temperature between 15-40°C, the battery can be charged from 30% to 95%. Fast charging is supported when the battery cell temperature is between 15-75°C. Charging time may vary depending on factors such as input power, altitude, and initial charge level. |
| Protection function | Protection functions including over-temperature, over-voltage, under-voltage, short circuit, and fan stall. |
| Operating ambient temperature | 0℃ to 40℃ |
| Output Channel | 1 |
| Output Channel |
The charging station’s output power is affected by factors such as altitude and fuel quality. |
| Charging time | At sea level ( 9 minutes) and with an ambient temperature between 15-40°C, the battery can be charged from 30% to 95%. Fast charging is supported when the battery cell temperature is between 15-75°C. Charging time may vary depending on factors such as input power, altitude, and initial charge level. |
| fuel tank capacity | 30L |
| Startup method | One-click start |
| Operating ambient temperature | 0℃ to 40℃ |
| size | 757 mm × 704 mm × 677 mm |
| weight | The weight of 87±0.5 kgis measured at sea level. The weight of the D14000iE all-in-one inverter charging station includes 2 kg of wheels and push handles, which can be disassembled and reassembled by the user. |
| Fuel type | 92# gasoline or higher grade |
| Reference fuel consumption | 500 mL/kWh |
| Engine oil capacity | 1.3L |
| Engine oil type | DJI Special Engine Oil S10W-40 |
| Charger Model | CCX901-15000 |
| External dimensions | 460 mm × 310 mm × 90 mm |
| weight | 17 kg |
| Input voltage | DC: 300-500V |
| Output voltage | 62V |
| Rated output current | 287A |
| Rated power | The output power of 15000Wmay vary depending on the performance of the car battery, altitude, and ambient temperature. |
| Charging time | At sea level ( 8 minutes) and with an ambient temperature between 15-40°C, the battery can be charged from 30% to 95%. Fast charging is supported when the battery cell temperature is between 15-75°C. Charging time may vary depending on factors such as input power, altitude, and initial charge level. |
| Protection function | Protection functions including over-temperature, over-voltage, under-voltage, short circuit, and fan stall. |
| Operating ambient temperature | 0℃ to 40℃ |
| Output Channel | 1 |
| Dongle Model | IG831T |
| Technical Standards | TDD-LTE/FDD-LTE/WCDMA |
| interface | Data interface: USB Type-C (2.0) SIM/USIM card interface: 6-pin nano SIM card interface |
| antenna | 1T2R, supports transmit antenna selection |
| size | 43.5 mm × 23 mm × 7 mm |
| weight | The payload is approximately 11grams at sea level at 25°C. The DJI Delivery App will intelligently recommend a payload based on the current aircraft status, environmental conditions, and operational tasks. The maximum weight of the cargo must not exceed the recommended value, otherwise it may affect flight safety. |
| Operating voltage and current | Maximum current: 5V/750mA |
| size | Φ 163 mm × 89 mm (excluding OcuSync directional antenna) |
| weight | Approximately 1.26 kg |
| Operating frequency | Relay station mode: O4: 2.4 GHz/5.2 GHz/5.8 GHz Base station mode: O4: 2.4 GHz/5.8 GHz |
| Relay station distance extension effect | Relay station performance improvements: 3x to 5x performance improvement for severe obstructions (such as buildings and mountains); 1x to 3x performance improvement for minor obstructions (trees and glass). Relay stations should be deployed in high locations with no interference and no obstructions. |
| Built-in battery operating time (at room temperature) | D-RTK3 Multifunctional Base Station: Relay Station: 4 hours; Base Station: 7 hours. Battery life may decrease at low temperatures; it is recommended to use a power supply that supports the USB PD3.0 protocol. |
| Protection level | D-RTK3 Multifunctional Base Station: IP67requires that all rubber plug interfaces on the device be properly installed. |
| Positioning accuracy | Base station positioning errors in base station mode and relay station mode:Single-point accuracy (uncalibrated):
Satellite-based differential accuracy:
Network RTK calibration**:
1 ppm: For every 1 kilometer increase in distance between the aircraft and the base station, the accuracy decreases by 1 millimeter. For example, if the aircraft is 1 kilometer away from the base station, the accuracy is 1.1 centimeters. * Measurement accuracy depends on various factors. This value is obtained under normal conditions of open, unobstructed view, good satellite distribution, inactive ionosphere, and no electromagnetic interference or multipath effects. |
| Operating ambient temperature | -20℃ to 40℃ |
| Storage ambient temperature | -40℃ to 85℃ |
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