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Features:
Introducing the all-new DJI FC100, with a payload capacity of up to 85 kg[1], dual battery and support for two payload systems. It integrates seamlessly into a robust development ecosystem, redefining professional delivery missions and pushing operational boundaries. The intelligent and advanced safety system allows uninterrupted deliveries from the mountains to the oceans, opening up unlimited possibilities.
It carries larger loads and reaches further, achieving an ideal balance between high performance and energy efficiency. Experience efficient delivery.
Maximum payload
with dual battery[1]
Maximum flight distance with take-off weight 149.9 kg[2]
Maximum thrust per axis
Improved energy efficiency[3]
Maximum payload 100 kg with one battery[1]
Maximum payload 85 kg with two batteries[1]
Compact size, high loading capacity. The powerful propulsion system offers improved safety, with propeller immobilisation protection for added safety and reliability.
Carbon fibre propellers offer greater rigidity and lighter weight, and can resist deformation even at high temperatures. With an optimised airfoil and a larger propeller diameter, energy efficiency is improved. The upper engines are equipped with propeller clamps, which reduce propeller vibrations for a more stable flight.
Bigger engines, more torque. The ESC with 420A current ensures stable and reliable operation, providing faster response times.
The FC100 supports 2 load systems, including the brand new top winch system equipped with an electric hook for efficient loading and unloading. It is also compatible with the DJI dual-battery lift system, flexibly adapting to different delivery scenarios.
Electric opening and closing[4]
Comfortable and hassle-free
Avoiding overload, facilitating management and clearance
Safe loading and unloading
The winch system offers both automatic and manual release and retrieval options. It has a rope length of 30 m and maintains a retraction speed of 1.2 m/s even with heavy loads, ensuring efficient and reliable operation.
The load is automatically released on contact with the ground and the hook can be remotely controlled for opening, ensuring safe and accurate delivery.
The combination of a triaxial force sensor and intelligent algorithms minimizes load swing and improves stability.
In extreme situations, when the hovering load gets trapped or tangled, the cable can be completely discarded with a single click, instantly releasing the drone.
Minimize swinging with a single click for smooth delivery
One-click heating and melting of the rope, releasing the drone for safe disengagement
Avoiding overload, facilitating clearance
The DJI FC100’s intelligent safety system is equipped with new LiDAR, millimeter wave radar[6] and the Penta-Vision system. These features offer a comprehensive perception of the environment, allowing accurate obstacle detection[7].
Capable of capturing dense spatial point clouds of up to 300,000 points per second, providing detailed imagery of complex terrain. It can detect obstacles more clearly than FPV during night operations.
The front radar performs 5,000 vertical sweeps per second combined with 360° horizontal mechanical rotation, while the lower and rear radar offer a more comprehensive detection field.
The quad optical system, combined with the full-color low-light FPV camera, allows unobstructed observation of flight scenes forward, backward, left, right and down, detecting obstacles with greater intelligence.
New high- and low-beam front lights and a lower auxiliary light ensure safer night-time operations.
The integrated ADS-B module detects and warns of nearby manned aircraft.
From take-off to landing, in tactical or emergency situations, the DJI FC100 provides comprehensive protection for personnel, drones and cargo in any environment.
During takeoff and landing, the DJI FC100 supports pedestrian and vehicle detection with AR. In addition, the Return-to-Home function activates a landing point view for improved guidance and safety during ground contact.
Real-time ground awareness ensures that the aircraft maintains at least the minimum height above the ground as defined by the predefined safety limits. Safe flight in complex terrain.
Innovative obstacle avoidance algorithms ensure that the aircraft and its cargo can avoid obstacles, effectively reducing the risk of getting stuck in complex scenarios.
It now supports pitch-free flight, improving stability in crosswinds and enhancing the performance of fail-safe control in the event of loss of power.
The integrated parachute has a multi-level reserve and can be deployed at low altitude under maximum take-off weight conditions, effectively slowing the aircraft’s landing speed and minimising the risk to people and property.
Corrosion resistant, low air permeability
Independent power supply, independent storage
Intelligent self-starting power control, the propellers stop before the parachute opens
The landing speed can be reduced to 7 m/s[10]
The DJI FC100 underwent multiple reliability tests, including high and low temperature operation, aerodynamic tunnel testing, winch release and recovery tests, electric hook opening and closing tests, and parachute deployment tests. Through rigorous testing, the drone can fly in extreme conditions.
Maximum flight altitude[11]
Resistance to maximum wind speed[12]
Inflow protection class[13]
Operating temperature[14]
The DJI FC100 supports ultra-fast charging and allows hot-swapping for continuous and uninterrupted flights.*
(*Accessories may vary by region, please consult your local dealer for more details.)
In dual-battery mode, the two batteries act as a backup for each other. If one battery fails during flight, the other keeps the drone in flight, avoiding accidental shutdown.
In dual-battery mode, hot-swapping is enabled for continuous and uninterrupted flights.
In low temperatures, the battery is heated to the ideal operating temperature using the DJI Battery Heater, allowing the battery to continuously retain heat for consistent performance even in extremely cold regions.
Power system accessories vary by country. Please contact the authorized DJI dealer in your area for more details.
Three-phase power input
Fast charging 12,000 W[17]
Adaptive power protection
Charging cable 1,8 m
Single-phase power input
Fast charging 9,000 W[17]
Adaptive power protection
Charging cable 1,5 m
Fast charging 11,500 W[16]
AC output 1.500 W
Charging cable 1,8 m
The DJI RC Plus 2 features a 7-inch high-brightness display and supports Dual Operator Mode[18], allowing two pilots to conveniently delegate control rights to meet a variety of operational requirements.
Inflow protection class Water and dust resistant
Operating temperature Withstands extreme weather conditions, allowing day and night operation
Large high brightness display Maximum brightness 1,400 nits, clear even in bright light
Upgraded O4 video transmission ensures stable signal availability and smoother video.
Optional DJI Cellular Dongle kit. When the O4 transmission signal experiences interference but the mobile network remains strong, automatic switching to mobile transmission can be performed. Easily manage complex scenarios, such as flying in mountainous areas with obstacles.
When the signal interferes and there is no mobile network coverage, the relay function of the D-RTK3 multifunction station [21] ensures smooth operation.
Two pilots can control one aircraft. When the DJI FC100 is connected to two controllers simultaneously, both have full control and video transmission capabilities. The feature allows primary and secondary pilots to alternate and adjust the drone’s control during long flights.
The all-new DJI Delivery App is designed for deliveries, with a clean interface and enhanced features. It clearly displays the drone’s real-time flight status and cargo transfer details. New features, such as A-B Route Mode and AR visualization, greatly enhance business efficiency.
Tap-to-Fly: Freedom to choose destinations, simplicity of arrival.
After setting loading point A and unloading point B with an RTK-equipped controller, the settings can be synchronised on the pilot’s controller. The pilot can then use the AR view to quickly position points A and B.
The quad optical system, combined with the low-light, full-color FPV camera, allows simultaneous monitoring of the flight environment up front and the load status down below, providing a more comprehensive view of the flight. With the addition of AR flight path and AR obstacle detection, flights become significantly safer.
Set up actions at waypoints in advance, allowing automatic completion of delivery tasks even in areas without connectivity.
DJI DeliveryHub, an integrated air transport management platform, is compatible with the entire DJI FC series. It supports efficient scheduling of operations, complete monitoring of operational status, centralized management of team resources, and data collection and analysis. Combining professionalism and ease of use, it facilitates effective multi-platform collaboration and provides seamless integrated transport management.
Rapid response, emergency transport support.
Efficient deployment, ensuring flexible transportation of firefighting equipment.
Significant increase in load capacity, carrying more tools and equipment.
Overcoming ground constraints, ensuring safe and efficient transportation of construction tools.
Strengthening in logistics scenarios, ushering in a new era of low-altitude economics.
Reducing the cost of transporting supplies and ensuring efficient transport over water surfaces.
The DJI FC100 supports PSDK, a high-powered interface, and the new DeliveryHub Sync 2.0, opening up more possibilities beyond delivery.
It supports external loads[22], allowing easy multifunctional use. Unlock potential applications and redefine the capabilities of the loads.
It supports charging up to 3,000 W, meeting the energy requirements of most external loads. More possibilities arise from this.
Unlocks more DeliveryHub functionality, supporting integration with third-party platforms.
Accurate detection of ground changes allows automatic height maintenance through relative height adjustment. When equipped with detection loads, the measurement accuracy is greatly enhanced.
DJI takes the security of your data seriously. We use industry-leading measures to protect the integrity of photos, videos, flight files and other user data, allowing you to use the power of a cloud-based fleet management system with confidence. The DJI FC100 and DJI DeliveryHub are designed to maintain integrity across multiple levels of the drone and data management process – from device connection and maintenance, to data upload and transmission, to cloud service storage and security. DJI DeliveryHub uploads, stores and manages data on cloud servers operated by Amazon Web Services, compliant with ISO/IEC 27001 security certificates.
* Please check and strictly comply with local laws and regulations before flying.
** All data was tested with a DJI FC100 production model in a controlled environment. The actual experience may vary depending on the environment, usage and software version.
*** All videos and images on this page are taken in accordance with relevant local laws and regulations. Please check and strictly comply with local laws and regulations before flying.
**** The DJI FC100 must be activated using the DJI Delivery app.
***** The appearance of this product is subject to actual shipment.
| Aircraft | |
|---|---|
| Weight (without payload) |
The weight of the battery, dual battery case and accessories, cable and hook are not included. |
| Maximum take-off weight | 170 kg
The maximum take-off weight of 170 kg is a technical performance specification of the drone. In actual use, local laws and regulations must be observed. In the following countries and regions the maximum take-off weight is limited to 150 kg: Brazil, Japan, Australia, Brazil, Japan, Turkey, Saudi Arabia. |
| Maximum diagonal wheelbase (engine to engine) | 2330 mm |
| Diagonal length (end to end) | 3904 mm |
| Dimensions (arms and propellers unfolded) | 3220 mm × 3224 mm × 975 mm |
| Overall dimensions (arms folded, propellers unfolded) | 1820 mm × 1840 mm × 975 mm |
| Overall dimensions (arms and propellers unfolded) | 1105 mm × 1265 mm × 975 mm |
| Wrapping method | To the body |
| Number of supported batteries | Supports dual or single battery configuration
Single battery operation is intended for emergency use only. |
| Maximum flight distance | With take-off weight up to 149.9 kg: dual battery 12 km, single battery 6 km
Data is from DJI FC100 equipped with a fully charged new battery, with a take-off weight of 149.9 kg, flying at a constant optimum speed up to 0% charge, in a windless environment, at 25°C and at sea level. Results may vary depending on the environment, actual usage and firmware version. During actual operation, always take into account the notifications of the application. |
| Maximum swing duration | With take-off weight up to 149.9 kg: dual battery 12 minutes, single battery 6 minutes
Data is from DJI FC100 equipped with a fully charged new battery, with a take-off weight of 149.9 kg, hovering at 0% charge, in a windless environment, at 25°C and at sea level. Results may vary depending on the environment, actual usage and firmware version. During actual operation, always take into account the notifications of the application. |
| Maximum flight time | With take-off weight up to 149.9 kg: dual battery 14 minutes, single battery 7 minutes
Data is from DJI FC100 equipped with a fully charged new battery, with a take-off weight of 149.9 kg, flying at a constant optimum speed up to 0% charge, in a windless environment, at 25°C and at sea level. Results may vary depending on the environment, actual usage and firmware version. During actual operation, always take into account the notifications of the application. |
| Operating temperature | -20℃ to 40℃
Measured with an estimated solar radiation of 960 W/m². Prolonged exposure to high temperatures may shorten the life of some components. |
| Inflow protection degree | IP55
The degree of protection is not permanent and may be reduced due to ageing and wear and tear from long-term use. The degree of protection does not apply to the propulsion system. After a flight in rain, it is recommended to operate on the ground in idle mode for 1 minute to avoid corrosion or rust in the propulsion system (rainfall of more than 24.9 mm within 24 hours). |
| Swing accuracy (with strong GNSS signal) |
|
| RTK/GNSS operating frequency | GPS + Galileo + BeiDou + GLONASS |
| Maximum speed of ascent | 5 m/s
Measured in dual battery mode, at sea level, in windless conditions and 25℃ temperature. |
| Maximum descent speed | 5 m/s
Measured in dual battery mode, at sea level, in windless conditions and 25℃ temperature. |
| Maximum horizontal speed | 20 m/s
Measured in dual battery mode, at sea level, in windless conditions and 25℃ temperature. |
| Maximum flight altitude (above sea level) | 6.000 m
The payload capacity of the drone decreases as the take-off altitude increases. 6,000 m above sea level is the maximum safe altitude for the drone with two batteries and no payload (take-off at 4,500 m above sea level). |
| Maximum flight altitude (in relation to the take-off point) | 1.500 m
The flight altitude is limited by the take-off altitude. The maximum flight altitude for the DJI FC100 is 6,000 m. |
| Maximum wind speed resistance | 12 m/s
The maximum wind resistance during the take-off and landing stages is 12 m/s. |
| Propulsion system | |
| Stator dimensions | 155 × 16 mm |
| Engine KV price | 60 rpm/V |
| Propeller material | Carbon fibre composite material |
| Propeller dimensions | 62 inches (1574.8 mm) |
| Type of propeller | Folding double wing propeller |
| Number of rotors | 8 pairs |
| Safety system | |
| Type of safety system |
|
| EIRP millimeter wave radar | <20 dBm (NCC / MIC / KC / CE / FCC) |
| Operating temperature | -20°C to 40°C |
| Operating environment requirements | Adequate lighting and a clearly distinguishable environment |
| Power consumption during operation |
|
| Field of view (FOV) |
|
| Measuring range | ≤ 60 m
The effective detection range and the ability to avoid or bypass obstacles may vary depending on lighting, rain, fog, as well as the material, location, shape and other characteristics of the obstacles. Downward tracking is used for Terrain Following flight assist and altitude stabilisation, while the other directions support obstacle avoidance. The AR safety assist functions are provided for guidance only; the operator must confirm the safety of the environment during operation. Note 1: Downward tracking helps in flight with ground tracking. In case of collision of the bottom part with obstacles, the user is responsible. |
| DJI O4 video transmission | |
| Maximum transmission distance |
Measured in an environment free of obstacles and interference. The above data represent the maximum communication range for one-way (one-way return) flights according to each standard. During the flight, take into account the notifications in the DJI Delivery app. |
| Operating frequency |
The supported frequency bands and the corresponding available range vary by country/region. For details, see local laws and regulations. |
| Emission power (EIRP) |
|
| Quality of live projection | 1080p / 30fps |
| Antenna | 4 antennas, 2T4R |
| Enhanced 4G transmission | Support |
| Lighting | |
| Lighting direction | Forward, Down |
| Control function | Automatic, Manual, Manual |
| Maximum lighting power | 46 W (Standard) |
| Parachute | |
| Model | E2MSF-100A |
| Landing speed | ≤ 7 m/s
Data were measured at sea level, at a temperature of 25°C, in windless conditions, with the aircraft at maximum take-off weight and the parachute deployed at 100 m altitude. |
| Parachute shape | Square |
| Material | Nylon |
| Minimum opening height | 100 m
The opening at or above this height ensures that the aircraft reaches a constant speed on contact with the ground. |
| Operating temperature | -20°C to 40°C |
| Inflow protection degree | IP55 |
| Main board battery life in off mode | ≥ 1 hour |
| Memory card capacity | Independent storage, real-time recording of each flight, 10 flights can be logged. |
| Alarm method | Audible alarm (buzzer) and light alarm |
| Opening method | Manual opening, Automatic opening |
| Winch system | |
| Model | A2EWH-100A |
| Dimensions | 960 mm × 805 mm × 669 mm |
| Hook loading method | Wireless charging, Type-C charging
Wireless charging requires full tightening of the hook. |
| Hook feed duration | 10 hours
It was measured in an ideal environment without wind, at sea level and a temperature of 25°C. Results may vary depending on external conditions, usage and firmware version. Refer to the app notifications during use. |
| Cable length | 0-30 meters |
| Maximum reset speed | 1.2 m/s |
| Weighing function | Support |
| Hook opening/closing function | Active control supported via app or button |
| Emergency release function | Cable release |
| Automatic balance control | Support |
| Manual wheel control for reset | Support |
| One-touch release and reset | Support |
| Intelligent deceleration protection | Support |
| Lifting system | |
| Model | A2EDL-100A |
| Dimensions | 960 mm × 805 mm × 669 mm |
| Cable length | 10 meters |
| Emergency release function | Cable cutting |
| Automatic balance control | Support |
| Weighing function | Support |
| Recommended cable length | 10-15 meters |
| DJI DB2160 smart flight battery | |
| Weight | 14.7 kg |
| Capacity | 41 Ah |
| Typical trend | 52 V |
| Remote control | |
| Model | TKPL 2 |
| Application | DJI Delivery App |
| Screen | LCD touch screen 7″, Resolution: 1920 × 1200, Brightness: 1,400 cd/m² |
| Charging ambient temperature | 5° to 40°C |
| 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 no less than 65 W (maximum voltage of 20 V). The use of a DJI portable charger is recommended. |
| Charging time | 2 hours for built-in battery, 2.5 hours for built-in and external battery (off mode according to official charging method) |
| Enhanced 4G transmission | Support |
| High precision RTK unit | Support |
| Operating temperature | -20° to 50°C |
| Dual operator function | Support
The second remote control must be purchased separately. |
| SDK | |
| PSDK communication interface | Eport-Lite
When connecting an external third-party load, an additional purchase of the DJI FC100 PSDK Connection Cable Combo is required. |
| PSDK power supply interface | Supports 3000 W
When connecting an external third-party load, an additional purchase of the DJI FC100 PSDK Connection Cable Combo is required. |
| Smart charger C12000 | |
| Charger model | CSX901-12000 |
| Dimensions | 456 mm × 291 mm × 107 mm |
| Weight | 13,13 kg |
| Input voltage |
|
| Output voltage | 62 V |
| Rated output current | 194 A |
| Rated power |
The actual output power may vary depending on local power grid conditions, such as distance, cable material and cable cross-section. |
| Charging time | 9 minutes
Charging time from 30% to 95% of the battery at sea level, with an ambient temperature between 15° and 40°C. Fast charging is supported when the temperature of the battery cells is between 15° and 75°C. Charging time may vary depending on factors such as input power, altitude and initial charge level. |
| Protection functions | Overheating, over-voltage, under-voltage, short-circuit, fan stop and other protection functions |
| Operating temperature | 0° to 40°C |
| Output channels | 1 |
| Multifunctional D14000iE generator inverter | |
| Output channels |
The output power of the charging station is influenced by factors such as altitude, fuel quality, etc. |
| Charging time | 9 minutes
Charging time from 30% to 95% of the battery at sea level, with an ambient temperature between 15° and 40°C. Fast charging is supported when the temperature of the battery cells is between 15° and 75°C. Charging time may vary depending on factors such as input power, altitude and initial charge level. |
| Fuel tank capacity | 30L |
| Starting method | One button start |
| Operating temperature | 0° to 40°C |
| Dimensions | 757 mm × 704 mm × 677 mm |
| Weight | 87±0.5 kg
The weight was measured at sea level. The weight of the D14000iE charging station includes 2 kg for the wheels and handle, which can be attached or removed during use. |
| Fuel type | 92 octane or higher quality petrol |
| Reference fuel consumption | 500 mL/kWh |
| Engine oil capacity | 1,3L |
| Engine oil type | Special DJI S10W-40 engine oil |
| Multifunctional station D-RTK 3 (optional) | |
| Dimensions | Diameter: 163 × 89 mm (without the OcuSync directional antennas) |
| Weight | Approximately 1,26 kg |
| Operating frequency |
|
| Broadcast station range enhancement |
|
| Built-in battery operating time (at room temperature) |
At low temperatures, range performance may be reduced. It is recommended to use a power supply that supports the USB PD3.0 protocol for charging. |
| Inflow protection degree | Multifunctional station D-RTK 3: IP67
Make sure that all the rubber plugs at the body interfaces are correctly positioned. |
| Positioning accuracy | Base station operation and relaying
* Measurement accuracy depends on several factors and is calculated under normal conditions with unobstructed views, good satellite distribution, low ionospheric activity and no electromagnetic interference or multipath. |
| DJI battery heater (optional) | |
| Operating temperature | -20° to 40°C |
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