Goods transport up to 30kg
One of the main areas of application of the DJI FlyCart 30 is for transporting goods. DJI The FlyCart 30 is a high-performance, long-range transport drone distinguished by its strong signal and intelligent design. Supporting both cargo and winch modes, it transcends traditional logistical limitations to offer a safe, economical, and efficient aerial transport solution.
Heavy payloads, long range
Maximum payload of 30 kg[1]
Flight distance without payload of 28 km[2]
Flight distance with full payload of 16 km[3]
Maximum speed of 20 m/s[4]
The first three specifications refer to operation with two batteries.
Built for extreme conditions
Max. flight altitude of 6.000 m[5]
Operating temperature -20 °C to 45 °C[6]
Wind speed resistance 12 m/s[7]
Strong Signal
Video transmission with O3 from 20 km[8]
Improved 4G video transmission[9]
Dual operating mode[10]
High-resolution FPVGimbal-Camera
Enhanced security and intelligent features
IP55 protection and corrosion resistance[11]
Dual radar, dual binocular vision, intelligent obstacle detection[12]
Dual batteries and parachute
Practical configurations
collapsible
EPP case with 70 l capacity[13]
winch system
Fully automatic operation
- DJI Pilot 2D
- DJI DeliveryHub
– Health Management System
Highlights DJI Flycart 30
High payload capacity and long flight distance overcome logistical limitations for next-generation delivery.
– 30kg Maximum payload (two batteries)[1]
– 40kg Maximum payload (one battery)[1]
– 28km Maximum flight distance without payload (two batteries)[2]
– 16km Maximum flight distance with full payload (two batteries)[3]
– 20m/s Maximum flight speed (with carbon fiber propellers)[4]
– 15m/s cruising speed[4]
– 6000 m Max. flight altitude[5]
-20 °C to 45 °C operating temperature[6]
– IP55 protection rating[11]
– 12 m/s | 43,2 km/h Maximum wind speed resistance[7]
Performance in all weather conditions
It can withstand 24/7 operation at extreme altitudes and under extreme weather conditions.
Safety and reliability in delivery
Guaranteed safety from takeoff to landing.
Alternate landing site settings
Several alternate landing sites can be set up for a safe landing in case of emergency.
Protection during takeoff and landing
Several features ensure safe takeoffs and landings, including audible and visual warning signals, a 6-second propeller rotation delay, and a second landing confirmation. An optional integrated RTK module enables centimeter-accurate positioning to further enhance safety during takeoff and landing.
Integrated parachute
An integrated parachute can deploy at low altitude and bring the drone to a stable landing in an emergency [14]. The parachute features its own self-test at launch, an independent power supply, audible and visual warnings, and the propellers stop rotating before deployment.
Intelligent obstacle detection[12]
The DJI FlyCart 30 is equipped with a front and rear phased omnidirectional radar and a dual binocular vision system to enable intelligent, multidirectional obstacle detection.[12] A built-in ADS-B signal receiver detects and warns of nearby manned aircraft.
Multi-layered redundancy
The DJI FlyCart 30 features high redundancy to ensure flight safety even in difficult environments.
If the drone is powered by a dual battery system and one battery fails during flight, the other battery will keep the drone in the air and ensure a safe return.
- Report on Redundancy
Stable video transmission over long distances
The DJI FlyCart 30 supports the DJI O3 video transmission over a distance of up to 20 km[8].
The transceiver system with four antennas intelligently selects the optimal antenna for signal transmission and improves anti-interference capabilities. DJI The FlyCart 30 can also use the extended video transmission module from DJI[15] can be integrated, and the O3 video transmission signal supports operation in a 4G network. If the O3 video transmission signal is disrupted, the DJI The FlyCart 30 still uses 4G for stable video transmission. This overcomes signal blockages in challenging environments and increases operational safety.
Effortless controls
The DJI RC Plus features a 7-inch high-brightness screen and supports dual-operator mode[10]. In this mode, two operators can conveniently exchange control permissions to meet different operational requirements.
Payload configuration selection
Depending on the destination, the cargo mode or the winch mode facilitates the delivery of the payload.
Cargo mode: Optimized and stable
Max. capacity of 70 l[17]
Maximum payload (two batteries) of 30 kg[1]
Maximum payload (one battery) of 40 kg[1]
The DJI FlyCart 30 comes standard with an EPP compartment[13] which allows for easy loading and unloading.
Detecting weight and center of gravity ensures a balanced load for a safe and stable flight.
Winch mode: Flexible and precise
Maximum payload (two batteries) of 30 kg[1]
Maximum payload (one battery) of 40 kg[1]
Maximum trigger speed 0,8 m/s
Maximum trigger length 20 m
*The winch system kit is sold separately.
The load, transported by the winch, is moved via a downward-running cable that can be controlled either manually or automatically. The load is automatically released upon contact and does not require manual release, ensuring safe and precise delivery.
The DJI The FlyCart 30 can intelligently adjust its position to minimize load sway and improve stability. In extreme situations where the suspended load becomes entangled or tangled, you have the option to heat and cut the winch cable to free the drone.
A one-stop solution for simplified drone delivery
The DJI Pilot 2 and the DJI DeliveryHub offers a powerful, efficient and flexible one-stop solution for managing drone deliveries.
Real-time flight safety alerts
Battery charge level, performance status and mileage are displayed in real time, and the accessibility of the destination is monitored to ensure operational safety.
In case of extreme weather conditions or other anomalies, the DJI Pilot 2 mitigates risks and supports the management of alternative landing sites.
Intelligent support for increased efficiency
Freight status
The DJI Pilot 2 can visually display the cargo status and intelligently control the winch system for efficient delivery.
Cruise Control
On long-haul and stable flights, airspeed control can help reduce pilot fatigue.
Real-time terrain tracking
The elevation profile shows you the terrain changes and the surroundings in real time.
AR Projection
The AR projection assists the pilot in precise landing and cargo drop.
track recording
Flight routes can be recorded and automatically re-flown.
Collaboration across multiple terminals
The DJI DeliveryHub is a central platform for managing air deliveries. It enables efficient deployment planning, comprehensive monitoring of deployment status, centralized management of team resources, and data collection and analysis.
Task planning and execution
Tasks and devices can be created, scheduled, and assigned remotely.
Security check and takeoff can be confirmed with just one fingertip.
Increased efficiency and automatic execution of planned delivery tasks based on recorded flight routes.
Comprehensive status monitoring
The status of drones and tasks is monitored via a 2,5D base map[18].
A live view directly from the high-resolution FPV cameraGimbalThe drone's camera displays the flight environment.
Warnings are issued in case of anomalies, and the pilot can intervene manually to ensure flight safety.
Displaying status messages on multiple terminals enables collaboration with teammates.
Central resource management for teams
Complex flight routes can be planned quickly based on a 2,5D base map[18]. Marked locations and alternative landing sites can be managed for efficient team collaboration and coordination. Monitoring of the drone's health status, maintenance information, and the DJI Care status. Statistical data on the drone, route, and time can be displayed to assess efficiency and optimize future procedures.
Extensive accessories
The winch system kit for the DJI FlyCart 30[22]
The winch system kit of DJI The FlyCart 30 includes a winch, a counterweight, a transport landing gear, and an extension cable. The kit can be quickly mounted on the DJI The FlyCart 30 can be installed and facilitates complex delivery operations.
Smart aircraft battery DJI DB2000
The DJI The FlyCart 30 is equipped with a brand-new dual-battery system. A single DJI The DB2000 intelligent aircraft battery has a capacity of up to 38.000 mA and supports up to 1.500 charge cycles [19]. The battery supports self-heating and hot-swapping to save time and ensure smooth operation.
DJI RC Plus
The DJI The RC Plus features a 7-inch screen with 1.200 nits of brightness, as well as multiple buttons and dials for easy control. It comes with a standard WB37 external battery that extends operating time to up to six hours and supports hot-swapping batteries.
The intelligent battery station DJI C8000
The DJI The RC Plus features a 7-inch screen with 1.200 nits of brightness, as well as multiple buttons and dials for easy control. It comes with a standard WB37 external battery that extends operating time to up to six hours and supports hot-swapping batteries.
Data security
The security of your data is of utmost importance to us. DJI Always our top priority. We implement the best measures to protect the integrity of your photos, videos, flight logs, and other user data, so you can take full advantage of a cloud-based fleet management system. DJI FlyCart 30 and the DJI DeliveryHubs are designed to maintain integrity across multiple levels of the drone and data management process – from device connectivity and maintenance to data upload and transfer, cloud storage, and operational security.
The DJI DeliveryHub loads, stores and manages data on cloud servers operated by Amazon Web Services that comply with ISO/IEC 27001 security certifications.
Would you like a consultation or a no-obligation demo flight?
trenderia is authorized DJI Delivery partner for Switzerland
Please check local laws and regulations before your flight and strictly adhere to them.
** All data was obtained using a production model of the DJI FlyCart 30 measured in a controlled environment. Actual performance may vary depending on the environment, usage, and firmware version.
*** All videos and images on this page were recorded in strict compliance with the relevant applicable national laws and regulations.
**** The DJI FlyCart 30 must be cleaned with the DJI The Pilot 2 app must be activated.
1. Measured at sea level. Please note the differences when using one or two batteries. The maximum payload must not exceed the recommended value. When using cargo cases, avoid placing sharp objects inside. Ensure that no objects strike the landing gear when using the winch system. Otherwise, flight safety may be compromised.
2. The measurement was taken with the DJI FlyCart 30 (operating with two batteries) at a constant airspeed of 15 m/s in calm conditions at sea level without payloads, until the displayed battery level reached 0%. This information is for reference only. Please pay attention to the RTH (Return to Home) instructions during your flights. DJI Pilot 2 app.
3. The measurement was taken with the DJI FlyCart 30 (operating with two batteries) at a constant airspeed of 15 m/s in calm conditions at sea level with a full payload until the displayed battery level reached 0%. This information is for reference only. Please pay attention to the RTH (Return to Home) instructions during your flights. DJI Pilot 2 app.
4. The measurement was taken with the DJI FlyCart 30 (operating with two batteries) with full payload in calm conditions at sea level. These figures are for reference only.
5. The load-bearing capacity of the DJI FlyCart 30's performance decreases with increasing takeoff altitude. An altitude of 6.000 meters is the maximum safe altitude for the DJI The FlyCart 30 flies with two batteries and no payload (takeoff at an altitude of 4.500 meters). An altitude of 3.000 meters is the maximum safe altitude for the DJI FlyCart 30 flying with a full payload.
6. Measured at an estimated solar irradiance of 960 W/m2. If the drone is exposed to high temperatures for an extended period, the lifespan of certain components may be reduced.
7. The DJI FlyCart 30 can withstand a maximum wind speed of 12 m/s during takeoff and landing.
8. The measurement was taken in accordance with FCC guidelines in a low-interference, obstruction-free environment. The data is for reference only. Pay attention to the reminders in the app during the flight.
9. To achieve enhanced 4G video transmission, connect the DJI-Module for enhanced video transmission (only available in mainland China) DJI FlyCart 30 with the internet. The remote control can be used via the DJI-Module for enhanced video transmission or the WLAN module can be connected to the internet.
10. A second remote control is available separately.
11. The IP rating is not fixed and may decrease due to aging and wear and tear from long-term use. The IP rating does not apply to the propulsion system. We recommend leaving the drone idle on the ground for one minute after flying in the rain to prevent corrosion or rust on the propulsion system (precipitation exceeding 24,9 mm within 24 hours).
12. The effective detection range and obstacle detection capability can vary depending on ambient light, rain, fog, and the material, position, shape, and other properties of the obstacles. Downward scanning is primarily used to measure ground clearance. Scanning in other directions is used for obstacle detection.
13. The internal dimensions of the case made of expanded polypropylene (EPP) are 573 × 416 × 306 mm (L × W × H).
14. If the DJI When the FlyCart 30 is powered by two batteries and flies in a windless environment at 25 °C at sea level with a full payload, the lowest altitude for opening the parachute is 60 m and the final descent speed is 6 m/s.
15. The enhanced video transmission module of DJI is sold separately and is only available in mainland China.
16. The measurement was carried out under laboratory conditions at 25 °C in a windless environment and at sea level.
17. The center of gravity and weight readings are not valid indefinitely. Perform a tare calibration if necessary.
18. The 2.5D base map is a 2D map overlaid with elevation data.
19. The battery lasts for 1.500 charging cycles or has a guaranteed lifespan of 12 months, whichever comes first.
20. When fast charging a battery, ensure that the charger is powered via two 220V cables simultaneously and that the power line and socket can handle the charging power.
21. Theoretical maximum output of the charger. Actual output may vary depending on the voltage.
22. Sold separately.