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$32,700.00
A new drone has arrived to revolutionize delivery of goods, surpassing conventional logistical constraints to provide a secure, cost-effective, and streamlined air transport solution.
As a long-range heavy-duty aerial vehicle equipped with robust signal capabilities and advanced intelligence features, the DJI FlyCart 30 offers support for both Cargo mode and Winch mode.
The FlyCart 3 is designed to handle heavy payloads and cover extensive distances with remarkable efficiency.
With a max payload capacity of 30 kg on dual battery mode and 40 kg on single battery mode, it stands as a formidable heavy lifter in the drone industry.
The drone boasts an impressive 28 km flight distance without any payload and maintains a commendable 16 km flight range even when operating with full payload. It flies at a maximum speed of 20 m/s, ensuring swift and timely deliveries.
This delivery drone is built to thrive in extremes. It can reach a max flight altitude of 6,000 m and operates seamlessly across a temperature range from -20°C to 45°C (-4°F to 113°F), ensuring reliability in diverse environmental scenarios.
Additionally, its remarkable resistance to wind speeds of up to 12 m/s underscores its capability to withstand adverse weather conditions, making it a dependable choice for deliveries in a wide range of challenging environments.
Another standout feature of FlyCart 30 is its 20-km video transmission range with O3 technology. The inclusion of 4G enhanced video transmission further enhances connectivity and reliability, facilitating real-time monitoring and control.
The Dual Operator Mode adds a layer of flexibility to the drone’s operation, allowing for collaborative control and improved precision. Complementing these features is a high-resolution FPV gimbal camera for unparalleled clarity for navigation and surveillance purposes.
This delivery aircraft comes equipped with front and rear phased array radars, along with a dual binocular vision system, enabling intelligent multidirectional obstacle sensing. It also has a built-in ADS-B signal receiver, enhancing safety by detecting and providing warnings for nearby crewed aircraft.
For secure takeoff and landing, the drone employs a propeller rotation delay of 6 seconds and an additional verification step for landing. The incorporation of an RTK module further enhances precision for centimeter-level positioning.
In the event of an emergency, the integrated parachute can be triggered even at low altitudes, ensuring a stable drone landing and minimizing potential risks to individuals and property. The propellers also cease rotation before the parachute is deployed.
The parachute undergoes an autonomous self-check during startup, operates on an independent power source, and features both sound and light alerts.
Payload delivery is facilitated through either Cargo mode or Winch mode, depending on the destination requirements.
In Cargo mode, weight and center-of-gravity detection ensures balanced cargo loading for safe and stable flight.
Package delivered in Winch is transported using a retractable cable, controllable either manually or automatically. The cargo is released automatically upon landing, eliminating the need for manual detachment and ensuring a secure and accurate delivery process.
Software like DJI Pilot 2 and DJI DeliveryHub provide a powerful, efficient, and flexible one-stop solution for drone delivery management.
DJI Pilot 2 simplifies delivery operations by displaying real-time flight status, cargo status, and other interactive interfaces. You can check battery level, power status, and mileage in real time, and monitor the reachability of the destination point to ensure operation safety.
Intelligent features like Delivery Mode, Cruise Control, Real-Time Terrain Sensing, AR Projection, and Route Recording are also at your disposal for efficient operations.
DJI DeliveryHub serves as a comprehensive platform for air delivery management, offering streamlined operational planning, thorough monitoring of operational status, centralized management of team resources, and the collection and analysis of data for enhanced efficiency.
Last-mile delivery from a distribution center to the final destination is often the most expensive and logistically challenging part of the process. Drone delivery can reduce the costs associated with traditional delivery methods, such as fuel, labor, and vehicle maintenance.
Drones can efficiently cover short distances and deliver packages to remote or hard-to-reach areas.
Drones can provide access to rural or remote areas that may be difficult & dangerous for traditional delivery services to reach, expanding the reach of lifesaving services as well as e-commerce. Thus, improving the quality of life for people in these areas.
Delivery drones fly at an average speed of 30 to 60 miles per hour, which allows them to rush critical supplies to people in disaster zones and remote, inaccessible areas. In crowded urban areas, deliveries via air routes could ease traffic congestion.
Drones have delivered vaccines and medicines to over 2,000 hospitals in Ghana, Rwanda, and the United States in hard to reach areas. Drone deliveries are up to 7x the speed of traditional automobile delivery.
Electric drones can be more environmentally friendly than traditional delivery vehicles, reducing carbon emissions. Drones generally use rechargeable batteries allowing greater efficiency. Oftentimes, drones can significantly reduce carbon emissions.
Learn more about the DJI FlyCart 30 by watching the product intro video.
Aircraft |
|
| Weight | 42.5 kg (without battery) 65 kg (with two DB2000 batteries) |
| Max Takeoff Weight | 95 kg (with cargo at sea level) |
| Max Diagonal Wheelbase | 2200 mm |
| Dimensions (L x W x H) | Arms unfolded, propellers folded: 1590 x 1900 x 947 mm Arms & propellers unfolded: 2800 x 3085 x 947 mm Arms & propellers folded: 1115 x 760 x 1027 mm |
| Folding Method | Towards body |
| Loadable Battery Quantity | 2 |
| Hovering Endurance (empty weight, with max battery capacity) | 29 mins (dual battery mode) 15 mins (single battery mode)*The data was collected in controlled conditions: Zero altitude and a windless environment. For reference only. |
| Hovering Endurance (max weight, with max battery capacity) | 18 mins (30 kg weight load, dual battery mode) 8 mins (40 kg weight load, single battery mode)*The data was collected in controlled conditions: Zero altitude and a windless environment. For reference only. |
| Max Flight Distance (empty weight, with max battery capacity) | 28 km (dual battery mode) 12 km (single battery mode)*The data was collected in controlled conditions: Zero altitude and windless environment, at a constant speed of 15m/s. For reference only. |
| Max Flight Distance (max weight, with max battery capacity) | 16 km (30 kg weight load, dual battery mode) 8 km (40 kg weight load, single battery mode)*The data was collected in controlled conditions: Zero altitude and windless environment, at a constant speed of 15 m/s. For reference only. |
| Max Flight Time (max weight, with max battery capacity) | 18 mins (30 kg weight load, dual battery mode) 9 mins (40 kg weight load, single battery mode)*The data was collected in controlled conditions: Zero altitude and a windless environment, at a constant speed of 15 m/s. For reference only. |
| Operating Temperature | -20°C to 45°C |
| Ingress Protection Rating | IP55 |
| Hovering Accuracy (with strong GNSS signal) | RTK positioning enabled: ±10 cm horizontal, ±10 cm vertical RTK positioning disabled: ±60 cm horizontal and ±30 cm vertical (radar enabled: ±10 cm) |
| RTK/GNSS Operating Frequency | RTK: GPS L1/L2, Galileo F1/F2, BeiDou B1I/B2I/B3I, Galieo E1/E5b, QZSS L1/L2 GNSS: GPS L1, BeiDou B1I, Galileo F1, Galieo E1, QZSS L1 |
| Max Pitch Angle | 30° |
| Max Ascent Speed | 5 m/s
*The data was collected in controlled conditions: zero altitude and a windless environment, with a 30 kg payload. For reference only. |
| Max Descent Speed | 3 m/s (vertical) 5 m/s (tilted)*The data was collected in controlled conditions: Zero altitude and a windless environment, with a 30 kg payload. For reference only. |
| Max Horizontal Speed | 20 m/s
*The data was collected in controlled conditions: Zero altitude and a windless environment, with a 30 kg payload, for reference only. |
| Max Flight Altitude | 6000 m (without payload) |
| Max Wind Speed Resistance | 12 m/s
*The data was collected in controlled conditions: zero altitude and a windless environment, with a 30 kg payload. For reference only. |
Propulsion System |
|
| Stator Size | 100 x 33 mm |
| Motor KV Value | 48 rpm/V |
| Max Motor Power | 4000 W/rotor |
| Propellers Material | Carbon fiber composite |
| Propellers Diameter | 54 inch |
| Propellers Type | Foldable double-blade propellers |
| Main-rotor Diameter | 1375 mm |
| Rotor Quantity | 8 |
| LED Light | |
| Effective Illumination Distance | 10m |
| Illumination Mode | 60 Hz, automatically switch on according to ambient light |
DJI O3 Image Transmission |
|
| Model | Pigeon (with DDR)-2T4R |
| Signal Effective Distance | 20 km (FCC) 8 km (CE/SRRC/MIC)
*Measured with FCC compliance in unobstructed environments with typical interference. Data is for reference only. The actual transmission distance may vary depending on the environment’s obstruction and interference conditions. Please pay attention to reminders in the app. |
| O3 Operating Frequency | 2.4000 to 2.4835 GHz 5.725 to 5.850 GHz*Some countries or regions do not support the 5.8 GHz frequency band. Please refer to local flight laws and regulations for details. |
| EIRP | 2.400 GHz – 2.4835 GHz: <33 dBm (FCC) <20 dBm (CE/SRRC/MIC)5.725 GHz – 5.850 GHz: <33 dBm (FCC) <30 dBm (SRRC) <14 dBm (CE) |
| Data Security | AES-256 |
| ADS-B | Supported |
Forward and Backward Active Phased Array Radar |
|
| Model Number | RD241608RF (forward) RD241608RB (backward) |
| Altitude Detection | Fixed altitude range: 1.5-200 m |
| Rear Obstacle Avoidance | Sensible distance (rear): 1.5-50m.
FOV Forward: 360° horizontal, ±45° vertical，±45°upward; Backward: ±45° horizontal, 360° vertical. Operating conditions: Available during takeoff, landing, and ascending when an obstacle is more than 1.5 m away from the aircraft. Safe distance: 3.5 m (distance between the propeller tip and obstacle when the aircraft is hovering after braking). Sensing direction: Multi-direction. |
Binocular Vision System |
|
| FOV | Horizontal: 90; Vertical: 106° |
| Work Environment Requirements | Normal lighting with clearly textured surfaces |
