DJI FlyCart 100 Drone (086048)

DJI FlyCart 100 Drone (086048, 6937224126121)

The DJI FlyCart 100 is an advanced Enterprise-class cargo drone designed for professional logistics operations in demanding environments. It offers an impressive payload capacity of up to 85 kg in dual-battery mode or up to 100 kg with a single battery. Its maximum takeoff weight reaches 170 kg. The drone can fly at speeds of up to 20 m/s (72 km/h) and transport a 65 kg load over distances of up to 12 km. It supports two transport systems: a cargo box or a winch. Thanks to its high energy efficiency, advanced safety systems, and intelligent features, the FlyCart 100 sets a new standard in aerial logistics, from industrial and construction applications to rescue operations.

Powerful Drive System and Heavy-Duty Design

The DJI FlyCart 100 uses a coaxial dual-rotor system that enables high payload capacity while maintaining a compact design. The propulsion system features large high-torque motors and 420 A ESCs, ensuring fast response and stable operation even under maximum load. Each axis can generate up to 82 kg of thrust, allowing the drone to remain highly stable in a wide range of transport scenarios. It also uses 62-inch carbon fiber propellers, which are both lightweight and highly rigid, reducing the risk of deformation at high temperatures and improving overall power efficiency.

Flexible Power Modes and Maximum Payload

The platform supports both single-battery and dual-battery configurations, allowing the operator to adapt the setup to the mission. The standard dual-battery mode supports loads of up to 85 kg while providing additional energy reserve and improved safety. In single-battery mode, the maximum payload increases to 100 kg, making it suitable for the most demanding transport tasks. This gives operators greater flexibility when planning flights and matching the drone configuration to the mission profile.

Advanced Cargo Transport System

One of the most important features of the DJI FlyCart 100 is its advanced winch system for precise cargo transport. The mechanism uses a 30-meter cable and allows both automatic and manual raising or lowering of the load. The retraction speed reaches 1.2 m/s even under heavy load, enabling quick and efficient deliveries without the need to land the drone. This solution is especially useful in hard-to-reach locations such as dense forests, steep slopes, or ship decks. A Cargo mode with a transport box is also available, allowing loads to be carried in a durable container with center-of-gravity detection.

Electric Hook and Load Stabilization

The FlyCart 100 is equipped with an electric hook that can automatically release the cargo after landing or be controlled remotely. It also supports real-time cargo weighing to prevent overload. The system uses a three-axis force sensor and intelligent stabilization algorithms to reduce load swing during flight and improve transport stability. In emergency situations, the cable can be instantly cut with a single button, allowing the drone to free itself if the transported equipment becomes snagged or blocked.

Omnidirectional Obstacle Detection

Flight safety is ensured by an advanced detection system based on LiDAR, millimeter-wave radar, and the Penta-Vision visual system. The LiDAR generates a detailed point cloud of up to 300,000 points per second, allowing accurate environmental mapping and obstacle detection even at night. The front radar performs up to 5,000 vertical scans per second and scans 360° around the drone, while the lower and rear radars provide additional coverage. The Penta-Vision system, together with a full-color low-light FPV camera, enables monitoring of the area in front, behind, to the sides, and below the drone, significantly improving situational awareness during flight. Front long-range and short-range lights, as well as auxiliary lower lighting, further support night operations.

Additional Safety Features

The FlyCart 100 includes a number of extra systems designed to improve transport safety. AR Safety Assistance uses augmented reality to detect pedestrians and vehicles near takeoff and landing zones, helping the operator maintain a safe operational area. Auto Slope Ascent analyzes terrain in real time and automatically maintains the correct flight height above the surface, allowing safer missions in mountainous and uneven terrain. Obstacle Avoidance for Cargo makes it possible to detect obstacles not only for the drone itself, but also for the transported load, reducing the risk of snagging in complex environments. The No-roll Flight function improves stability in strong winds and helps maintain control in the event of power loss. The drone also includes the DJI AirSense ADS-B warning system.

Integrated Parachute System

The DJI FlyCart 100 is equipped with an integrated parachute system for added safety. It has an independent power supply and its own control mechanism, and it can be activated even at the drone’s maximum takeoff weight. In an emergency, the parachute slows the descent and reduces landing speed to approximately 7 m/s, minimizing the risk of damage to equipment as well as danger to nearby people and infrastructure. The system also includes several safeguards, such as intelligent self-check on startup and automatic propeller stop before parachute deployment. A specially designed cover provides corrosion resistance and low air permeability.

Reliable Operation in Harsh Environments

The FlyCart 100 is designed to perform in demanding operational environments. Its IP55-rated construction protects essential components from dust and splashes, allowing missions to continue even in rainy conditions. The platform remains stable in winds of up to 12 m/s and operates in temperatures from -20°C to 40°C. It can handle both freezing conditions and extremely hot environments. Its maximum operating altitude is 6,000 meters, making it suitable for use in mountainous regions.

Ultra-Fast Charging and Smart Power Management

The drone uses high-capacity intelligent DB2160 batteries that support ultra-fast charging. When used with dedicated power systems, a battery can be charged in approximately 9 minutes, greatly reducing downtime between missions. In dual-battery mode, both batteries act as backup for one another, so if one fails, the other can keep the drone airborne and allow a safe landing. The system also supports hot-swapping, enabling near-continuous operation during intensive logistics tasks. Additional features include a triple-channel cooling system and battery heating for colder environments.

DJI O4 Transmission and DJI RC Plus 2 Controller

The drone is controlled using the DJI RC Plus 2 controller, which features a 7-inch display with a maximum brightness of 1400 nits for clear visibility even in strong sunlight. The controller is rated IP54 and operates in temperatures from -20°C to 50°C, making it suitable for harsh field conditions. A Dual Controller mode is also available, allowing two pilots to hand over control as needed to meet operational requirements. The DJI O4 transmission system ensures a stable connection at distances of up to 10 km under CE standards and provides smooth live video transmission during missions. In difficult terrain, an optional 4G module can automatically switch the signal to the cellular network if radio interference occurs. If radio and cellular coverage are both limited, the optional D-RTK 3 relay station can help maintain stable performance.

Intelligent Delivery Management Software

The DJI FlyCart 100 works with the DJI Delivery app, which was designed specifically for transport operations. The interface allows real-time monitoring of flight parameters and cargo status, while the Tap-to-Fly function makes it easy to set a destination point and start a mission quickly. A-B Route mode allows operators to configure loading and unloading points, and Multi-View Assisted Flight makes it possible to monitor both the space in front of and below the drone, along with the transported cargo. The system also uses augmented reality to display the flight route and detected obstacles in real time, improving operational safety. Winch actions can also be programmed at waypoints, allowing the drone to continue transport tasks automatically even during temporary signal interruptions. The DJI DeliveryHub platform provides comprehensive logistics management, including flight planning, fleet monitoring, and operational data analysis.

Expanded Ecosystem and Data Security

The DJI FlyCart 100 is part of DJI’s broader technology ecosystem, allowing integration with additional systems and platforms. The drone supports the PSDK interface, making it possible to connect third-party modules and devices to expand the platform’s capabilities. Support for up to 3000 W of output power allows demanding accessories and external systems to be powered directly, while compatibility with DeliveryHub Sync 2.0 simplifies integration with third-party solutions. DJI also places strong emphasis on data security. Photos, recordings, flight logs, and operational data are protected on multiple levels, and the DeliveryHub platform stores data in Amazon Web Services cloud infrastructure that complies with ISO/IEC 27001 security standards.

Wide Range of Professional Applications

The DJI FlyCart 100 is well suited for demanding transport tasks across many industries. In construction, it enables fast delivery of tools and materials to locations that are difficult to reach by vehicle. In the energy sector, it can transport equipment needed for infrastructure repair in mountainous terrain. The drone can also support rescue missions, deliver medical equipment, transport firefighting gear, or carry out logistics deliveries to ships and offshore locations. With its very high payload capacity, advanced safety systems, and comprehensive software ecosystem, the FlyCart 100 is a modern tool for professional aerial transport operations.

Package Contents

• FlyCart 100 drone frame
• RC Plus 2 controller (Delivery version)
• Controller lanyard
• Propeller straps, 2 pieces
• USB-A to USB-C cable, 1 piece
• RTK module adapter, 1 piece
• Tools and accessories package

Drone Specifications

• Weight without payload: 55.2 kg with lifting system, 60.2 kg with winch system
• Maximum takeoff weight: 170 kg
• Maximum diagonal motor-to-motor wheelbase: 2330 mm
• Diagonal length, tip to tip: 3904 mm
• Dimensions with arms and propellers unfolded: 3220 × 3224 × 975 mm
• Dimensions with arms unfolded and propellers folded: 1820 × 1840 × 975 mm
• Dimensions with arms and propellers folded: 1105 × 1265 × 975 mm
• Folding method: Folded toward the body
• Supported battery count: Single or dual battery configuration
• Maximum flight range at 149.9 kg takeoff weight: 12 km with dual battery, 6 km with single battery
• Maximum hover time at 149.9 kg takeoff weight: 12 min with dual battery, 6 min with single battery
• Maximum flight time at 149.9 kg takeoff weight: 14 min with dual battery, 7 min with single battery
• Operating temperature: -20°C to 40°C
• Protection rating: IP55
• Hovering accuracy with strong GNSS signal:
  • RTK enabled: ±10 cm horizontal, ±10 cm vertical
  • RTK disabled: ±60 cm horizontal, ±30 cm vertical
• RTK/GNSS frequency: GPS + Galileo + BeiDou + GLONASS
• Maximum ascent speed: 5 m/s
• Maximum descent speed: 5 m/s
• Maximum horizontal speed: 20 m/s
• Maximum flight altitude above sea level: 6000 m
• Maximum flight altitude relative to takeoff point: 1500 m
• Maximum wind resistance: 12 m/s

Propulsion System

• Stator size: 155 × 16 mm
• Motor KV value: 60 rpm/V
• Propeller material: Carbon fiber composite
• Propeller diameter: 62 inches (1574.8 mm)
• Propeller type: Two-blade, folding
• Number of rotors: 8 pairs

Safety System

• System type: Front millimeter-wave radar, rear radar, downward radar, LiDAR, four-camera system, FPV camera
• Millimeter-wave radar EIRP: <20 dBm
• Operating temperature: -20°C to 40°C
• Environmental requirements: Adequate lighting and readable surroundings
• Power consumption:
  • LiDAR: 6.5 W
  • Front radar: 18 W
  • Downward radar: 5 W
  • Rear radar: 5 W
• Field of view:
  • LiDAR: 272° vertical, 60° horizontal
  • Front radar: 360° horizontal, ±45° vertical
  • Downward radar: ±12.5° left/right, ±22.5° front/back
  • Rear radar: ±45° left/right, ±45° front/back
  • Four-camera system: 360° horizontal, 180° vertical
  • FPV camera: ±86° horizontal, 108° vertical
• Measurement range: up to 60 m

DJI O4 Transmission System

• Maximum transmission distance: 20 km (FCC), 10 km (CE), 12 km (SRRC), 10 km (MIC)
• Operating frequencies: 2.400–2.4835 GHz, 5.725–5.850 GHz
• Transmitter power:
  • 2.4 GHz: <33 dBm (FCC), <20 dBm (CE/SRRC/MIC)
  • 5.8 GHz: <33 dBm (FCC), <30 dBm (SRRC), <14 dBm (CE)
• Live view quality: 1080p / 30 fps
• Antenna: 4 antennas, 2T4R
• 4G Enhanced transmission: Supported

Lighting

• Lighting direction: Front, bottom
• Control mode: Automatic, manual
• Maximum lighting power: 46 W

Parachute System

• Model: E2MSF-100A
• Landing speed: up to 7 m/s
• Parachute shape: Square
• Material: Nylon
• Minimum deployment height: 100 m
• Operating temperature: -20°C to 40°C
• Protection rating: IP55
• Battery runtime after mainboard power disconnection: at least 1 hour
• Memory capacity: Independent memory with real-time flight recording, stores up to 10 flights
• Alarm method: Audible and visual alarm
• Activation method: Manual or automatic

DJI FlyCart 100 Winch System

• Model: A2EWH-100A
• Dimensions: 960 × 805 × 669 mm
• Hook charging method: Wireless charging or USB-C charging
• Hook power runtime: Approx. 10 hours
• Cable length: 0–30 m
• Maximum retraction speed: 1.2 m/s
• Weighing function: Supported
• Hook open/close function: Controlled by app or button
• Emergency mode: Cable Discard Escape
• Automatic load stabilization: Supported
• Manual retraction control: Supported
• Quick release and retract: Supported
• Intelligent deceleration protection: Supported

DJI Dual-Battery Lifting System

• Model: A2EDL-100A
• Dimensions: 960 × 805 × 669 mm
• Cable length: 10 m
• Emergency mode: Cable Cut Escape
• Automatic load stabilization: Supported
• Weighing function: Supported
• Recommended cable length: 10–15 m

DJI DB2160 Intelligent Battery

• Weight: 14.7 kg
• Capacity: 41 Ah
• Standard voltage: 52 V

Remote Controller

• Model: TKPL 2
• App: DJI Delivery
• Display: 7-inch LCD touchscreen
• Resolution: 1920 × 1200
• Brightness: 1400 cd/m²
• Charging temperature: 5°C to 40°C
• Built-in battery runtime: Approx. 3.8 h
• External battery runtime: Approx. 3.2 h
• Charging method: USB-C charger with at least 65 W power
• Charging time: Approx. 2 h for internal battery only, approx. 2.5 h for internal and external battery
• 4G Enhanced transmission: Supported
• High-precision RTK module: Supported
• Operating temperature: -20°C to 50°C
• Dual-operator mode: Supported

SDK

• PSDK communication interface: Eport-Lite
• PSDK power interface: Up to 3000 W

C12000 Intelligent Charger

• Charger model: CSX901-12000
• Dimensions: 456 × 291 × 107 mm
• Weight: 13.13 kg
• Input voltage:
  • Three-phase AC: 175–520 V
  • Single-phase AC: 200–264 V
• Output voltage: 62 V
• Rated output current: 194 A
• Rated power: 12,000 W with 380 V three-phase input, 3000 W with 220 V single-phase input
• Charging time: Approx. 9 min
• Protection features: Overheating, overvoltage, undervoltage, short circuit, fan stop, and more
• Operating temperature: 0°C to 40°C
• Number of output channels: 1

D14000iE Multifunction Inverter Generator

• Output channels:
  • DC charging output: 42–61.6 V / 11,500 W
  • Air cooler output: 12 V / 6 A
  • AC output: 220 V / 1500 W
• Charging time: Approx. 9 min
• Fuel tank capacity: 30 L
• Start method: One-button start
• Operating temperature: 0°C to 40°C
• Dimensions: 757 × 704 × 677 mm
• Weight: 87 ± 0.5 kg
• Fuel type: Gasoline, 92 octane or higher
• Reference fuel consumption: 500 ml/kWh
• Engine oil capacity: 1.3 L
• Engine oil type: DJI Dedicated Engine Oil S10W-40