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Specs
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
1590 x 1900 x 947 mm
(LxWxH) (arms unfolded, propellers folded)
2800x3085x947 mm
(LxWxH) (arms & propellers unfolded)
1115x760x1027 mm
(LxWxH) (arms & propellers folded)
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° 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
100x33 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
10 m
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): 1.5-50 m
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
FPV Camera
Resolution
1920x1440
DFOV
149°
Frame Rate
30fps
Type
Full HD FPV Single Axis Gimbal Camera
Fill Light
Supported
Cargo Case
Dimension
754x472x385 mm (LxWxH)
Inner Space
573x416x305 mm (LxWxH)
Material
EPP plus aluminum alloy frame
Weighing Feature
Supported
Weight
Approx. 3 kg
Load Capacity
0-40 kg
Parachute
Max Payload
≤ 95 kg
Dimension
300x200x120 mm (LxWxH)
Weight
Approx. 2.1 kg
Automatic Reaction Time
Approx. 1000 ms
Descending Speed
≤ 6 m/s (at sea level, no wind)
Parachute Shape
Square
Material
Nylon
Surface Area
Approx. 22 ㎡
Minimum Opening Height
60 m
Operating Temperature
-20° to 45° C
Ingress Protection Rating
IP55
Mainboard Power-off Battery Life
≥ 1 hour
Memory Card Capacity
Real-time record for 10 flights
Buzzar Alarm
Supported
Lighting Alarm
Supported
Manually Opening
Supported
Automatic Opening
Supported
Winch System (Optional)
Model
A2EWI-30A
Dimension
252x195x193 mm (LxWxH)
Body Weight
2.5 kg (without clump and couple)
Clump Weight
1.9 kg
Couple Weight
0.6 kg
Touchdown Release Feature
Supported
Payload Capacity
5-30 kg (dual battery)5-40 kg (single battery)
Cable Length
20 m
Max Retraction Speed
0.8 m/s
Operating Temperature
-20° to 45° C
Ingress Protection Rating
IP55
Weighing Function
Supported
Cut Cable Protection
Supported
Swing Control Feature
Supported
Manual Operation
Supported
Automatic Operation
Supported
Deceleration Protection
Supported
DJI DB2000 Intelligent Battery
Model
DB2000
Capacity
38000 mAH
Nominal Voltage
52.22 V
Type
14S1P
Energy
1984.4 Wh
Weight
Approx. 11.3 kg
Installation Method
Plug
Dimension
316x152x279 mm (LxWxH)
Operating Temperature
-20° to 45° C
Charging Rate
5 to 15° C: 1.0C15 to 45° C: 2.5C
Max Charging Power
5700 W
Automatic Heating Feature
Supported (when the battery temperature is below 10° C, pressing and holding the button or turning on the drone will activate the self-heating function. When the battery temperature is below 20° C, connecting the charger to the battery will activate the self-heating function. Charging and discharging in a low-temperature environment may reduce the battery's lifespan)
DJI C8000 Intelligent Charger
Model
CHX101-7000
Input
90-264 V AC
Output
42-59.92 V DC
Max Output Power
7200 W (Dual input)3600 W (Single input)
Output Channel Quantity
2
Protection Feature
The feature is designed to respond to issues including overheating, overvoltage, undervoltage, short circuits, fan stalls, etc.
Operating Temperature
-20° to 45° C
Charging Security
Connector protection feature available
Remote Controller
Type
DJI RC Plus
APP
DJI Pilot 2
Operating Frequency
2.400-2.483 GHz
5.725-5.850 GHz
EIRP
2.400-2.4835 GHz:
<33 dBm（FCC）
<20 dBm（CE/SRRC/MIC）
5.725-5.850 GHz:
<33 dBm（FCC）
<23 dBm（SRRC）
<14 dBm（CE）
Operating Temperature
-20° to 50° C
Charging Environment Temperature
5° to 40° C
Built-in Battery Life
3.3 hours
External Battery
2.7 hours
Charging Method
Use a USB-C fast charging charger with a maximum power of no less than 65 W (maximum voltage of 20 V). A DJI portable charger is recommended.
Charging Time
2 hours with built-in battery, 2.5 hours with built-in and external battery (shutdown status according to official charging method)
Ingress Protection Rating
IP54
Video Output Interface
HDMI
Wi-Fi Protocol
Wi-Fi 6
Wi-Fi Working Frequency
2.4000-2.4835 GHz
5.150-5.250 GHz
5.725-5.850 GHz
Bluetooth Protocol
Bluetooth 5.1
Bluetooth Working Frequency
2.4000 - 2.4835 GHz
EIRP
<10 dBm
GNSS
GPS+Galileo+BeiDou
Screen
7.02 inch touch LCD display screen, resolution 1920*1200, brightness 1200 nits
Dual Operator Mode
Supported
Others
Guaranteed software updates until
2026/12/31
Footnotes
The terms HDMI, HDMI High-Definition Multimedia Interface, HDMI Trade dress and the HDMI Logos are trademarks or registered trademarks of HDMI Licensing Administrator, Inc.
Tutorial Videos
FAQ
Drone & Payload
What is the ingress protection rating of DJI FlyCart 30? Can it fly in the rain?
The protection rating is not permanent and may decline due to aging and wear caused by long-term use. The protection rating does not apply to the propulsion system. After a flight in rain, it is recommended to keep it idling on the ground for 1 minute to prevent corrosion or rust to afflict the propulsion system (precipitation of more than 24.9 mm within 24 hours).
How is the flight performance?
Maximum route speed: 15 m/s. Maximum flight speed in S mode: 20 m/s. Maximum flight altitude: 6000 m.
What is special about the propulsion system?
Standard carbon fiber blades with optimized motor heat dissipation for more robust performance. The 4-axis 8-propeller configuration supports short-term emergency flight after single power unit failure, providing higher safety.
The propulsion system is equipped with a 4-axis coaxial design. If one motor fails, the other seven motors can still operate properly to enable DJI FlyCart 30 to land safely. During landing, you can maintain essential flight control, including control over the altitude and horizontal movements, and select a safe landing point as needed.
What functions do Active Phased Array Radar and Binocular Vision support?
The Active Phased Array Radar and Binocular Vision can conduct horizontal multidirectional obstacle sensing, and it supports height detection from 0 to 200 m.
Does DJI FlyCart 30 support ADS-B?
Yes. The built-in ADS-B signal receiver can detect the location information of civil planes, helicopters, and other vehicles equipped with ADS-B transmitters within a range of 15 km. The system sends warnings to the operator so that the operator can avoid a crash to ensure both flight and airspace safety.
Can a remote controller be used to control the angle of the FPV camera?
Yes. A remote controller can be used to flexibly adjust the angle of the FPV camera.
Does DJI FlyCart 30 support arm locking detection?
Yes. DJI FlyCart 30 has a built-in arm-locking function. If the arms are not fully unfolded, a warning message will be displayed in DJI Pilot 2, and takeoff will be prohibited.
What payload configurations are supported?
Cargo mode, Winch mode, and third-party payload systems developed on DJI Payload SDK.
What functions does the winch system support?
The winch system has a descent mode and supports both manual control and automatic control. It has practical functions such as Swing Control and weighing and supports emergency Cut Cable Protection. Please contact after-sales service for repairs after using Cut Cable Protection.
Is it recommended to enable the Swing Control function on windy days?
No.
Battery & Charger
Can DJI FlyCart 30 take off if the two intelligent flight batteries have different levels of power?
If the voltage or capacity difference between two intelligent flight batteries is too large, the app will display, "The voltage difference or capacity difference between the two batteries is too large, making it impossible to take off." The parameters are as follows:
Voltage difference between two batteries: > 10 degrees: delta_V ≤ 2 V; < 10 degrees: delta_V ≤ 1 V
Capacity difference between two batteries: > 10 degrees: delta_soc ≤ 10%; < 10 degrees: delta_soc ≤ 8%
Voltage difference between two batteries: > 10 degrees: delta_V ≤ 2 V; < 10 degrees: delta_V ≤ 1 V
Capacity difference between two batteries: > 10 degrees: delta_soc ≤ 10%; < 10 degrees: delta_soc ≤ 8%
How long does it take to fully charge two intelligent flight batteries?
At normal temperatures, when two AC power cables are connected, it takes about 26.5 minutes to charge a single battery from 0% to 98%; it takes about 36.6 minutes to charge two batteries from 0% to 98%.
Why do intelligent flight batteries get hot when stored for a long time?
When intelligent flight batteries are stored for a long time, in order to ensure storage safety and extend battery life, the batteries will automatically turn on the "self-discharge at storage" function to discharge the battery with higher power to about 60%. Batteries may become slightly hot during discharge, which is normal.
Can intelligent flight batteries be used in low-temperature environments?
The working temperature of intelligent flight batteries ranges from -20° to 45° C. Using batteries in low-temperature environments will reduce battery life. Please arrange your flight time reasonably. To maximize battery performance, it is recommended to heat the battery temperature above 10° C before a flight.
If the temperature of a battery is below 20° C, the battery will first activate the charging and heating function and then enter the charging process after heating.
After an intelligent flight battery is installed on a drone and the power is turned on, if the battery temperature is low, the battery will automatically turn on the self-heating function to keep the battery temperature at about 10° to 12° C.
If the temperature of a battery is below 20° C, the battery will first activate the charging and heating function and then enter the charging process after heating.
After an intelligent flight battery is installed on a drone and the power is turned on, if the battery temperature is low, the battery will automatically turn on the self-heating function to keep the battery temperature at about 10° to 12° C.
What is the battery life of an intelligent flight battery?
An intelligent flight battery has a lifespan of 12 months and 1500 cycles, whichever comes first.
Can intelligent flight batteries be carried on an airplane?
An intelligent flight battery has an energy of 1984.4 Wh, which cannot be carried on board according to airline requirements.
How many intelligent flight batteries can be charged by DJI C8000 intelligent charger at the same time?
Two intelligent flight batteries can be charged at the same time, with a maximum charging power of 2 x 3600 watts for dual batteries and a maximum charging power of 5700 watts for a single battery.
What kind of generator can be used with a DJI C8000 intelligent charger?
To connect to a third-party generator for fast charging, select a generator with a 220 V single-phase output and a nominal power of 8 kW or above.
Is DJI D12000iE generator supported?
It is not supported currently.
Remote Controller & Video Transmission
How to charge a remote controller?
It is recommended to use a standard charger. A third-party charger must support the USB Power Delivery Specification and have a power of no less than 40 watts.
Does a DJI FlyCart 30 remote controller support 4G network interface cards?
It supports DJI's customized 4G IoT card and user-purchased Nano-SIM cards.
Does it support 4G enhanced transmission?
Yes. The links of 4G enhanced transmission and DJI O3 transmission are converged, and the two can be switched seamlessly.
Are other DJI drones supported?
Other DJI drones are not supported currently.
Is Dual Operator mode supported?
Yes.
Software
What methods are supported to obtain real-time differential data?
DJI FlyCart 30 can use the following three ways to obtain real-time differential data:
1. Based on app settings, DJI FlyCart 30 is connected to a D-RTK 2 mobile station (RTCM3.2) to obtain real-time differential data.
2. A remote controller can connect to the network RTK service (RTCM3.2) through a 4G network interface card (free in the first two years in the Chinese Mainland, and payment is required in the third year).
3. A remote controller can connect to custom network RTK services based on the Ntrip protocol through a 4G network interface card or WiFi hotspot (RTCM3.0/RTCM3.1/RTCM3.2 are supported).
1. Based on app settings, DJI FlyCart 30 is connected to a D-RTK 2 mobile station (RTCM3.2) to obtain real-time differential data.
2. A remote controller can connect to the network RTK service (RTCM3.2) through a 4G network interface card (free in the first two years in the Chinese Mainland, and payment is required in the third year).
3. A remote controller can connect to custom network RTK services based on the Ntrip protocol through a 4G network interface card or WiFi hotspot (RTCM3.0/RTCM3.1/RTCM3.2 are supported).
How to renew the network RTK service after it expires?
Enter the online RTK page through the RTK settings page, and click package renewal to scan the code for payment. After successful purchase, click Activate on the network RTK page to continue using the service.
How many DJI FlyCart 30 units does one D-RTK 2 mobile station support?
There is no limit.
How to upgrade the firmware?
1. Connect the drone to a computer and upgrade the firmware of the drone, remote controller, and D-RTK 2 mobile station through DJI Assistant 2 (Delivery Drones Series).
2. Use the DJI Pilot 2 app to upgrade the firmware of the drone, remote controller, and DJI DB2000 intelligent flight battery.
3. Go to the DJI official website to download the firmware, and then insert the SD card with the firmware package into the remote controller for an offline upgrade.
Please refer to the user manual for details.
2. Use the DJI Pilot 2 app to upgrade the firmware of the drone, remote controller, and DJI DB2000 intelligent flight battery.
3. Go to the DJI official website to download the firmware, and then insert the SD card with the firmware package into the remote controller for an offline upgrade.
Please refer to the user manual for details.
Is SDK development supported?
Yes. For details, please contact dev@dji.com to obtain technical assistance.
What are the precautions before exporting logs?
Before exporting logs, check whether dual control has been enabled with 4G enhanced transmission. If 4G enhanced transmission is already enabled, disable 4G enhanced transmission for both remote controllers before exporting logs.
How to export logs?
It is recommended to pull logs from the Level I page and export logs using 'custom logs' after identifying a module issue.
Level I page:
· Flight issues: All logs except for video transmission logs
· Transmission issues: Only video transmission logs
Level I page:
· Flight issues: All logs except for video transmission logs
· Transmission issues: Only video transmission logs
Cloud Platform
What drones are supported?
Drones supported: Currently, the DJI FlyCart 30 flight platform is supported.
How many simultaneous live streams are supported?
There is no limit to the number of live streams. The actual usage is limited by the downlink bandwidth of the playback network.
What screen is displayed on the livestreaming platform?
Currently, the image from the gimbal camera of the drone is displayed.
Is there any sound when livestreaming?
No.
Can livestreaming images be saved and downloaded?
The livestreaming recording function is not supported.
How long is the latency for live video streaming?
Latency depends on network conditions. If the network is in good condition, the latency is generally within one second.
Is livestreaming over GB28181 supported?
It is not supported currently. If you need to use the GB28181 protocol for livestreaming, you can push the stream directly through Pilot.
Where is the cloud server for DJI DeliveryHub deployed?
DJI DeliveryHub uploads, stores, and manages data on cloud servers operated by Amazon Web Services, which are compliant with ISO/IEC 27001 security certifications.
How to ensure users' data security?
1. Access links are protected by multiple layers of protection measures, including but not limited to WAF and one key for one device, to protect servers from attacks and prevent important information from being leaked.
2. Service hosting security: DJI DeliveryHub uses Amazon Web Services as a computing and storage service provider, which has passed ISO/IEC 27001 security certifications.
2. Service hosting security: DJI DeliveryHub uses Amazon Web Services as a computing and storage service provider, which has passed ISO/IEC 27001 security certifications.
Which protocols are used for data transmission?
The HTTP, MQTT, and WebSocket protocols are supported. Each link is encrypted with TLS to ensure data security.
Will drone logs be recorded or synchronized? Is the function of viewing log records supported?
These are not supported currently.
Is a DJI DeliveryHub account different from a DJI account?
DJI DeliveryHub uses a unified DJI account. Therefore, there is no need to create or activate an additional account.
What operating systems are supported? Are there any requirements for browsers?
Web pages support Windows, Mac, Android, iOS, and other operating systems. It is recommended to use Chrome, Safari, Edge, and Firefox as the browsers.
Can I control drone movements or adjust the gimbal angle?
This is not supported currently.
Does DJI DeliveryHub support creating scheduled tasks?
No. Only immediate tasks are supported currently.
Does DJI DeliveryHub support automatic flight resumption?
No.
Does DJI DeliveryHub support 3D model import?
No.
Does DJI DeliveryHub support private deployment?
DJI DeliveryHub is a public cloud platform and does not support private deployment.
What route recording does DJI DeliveryHub support?
It supports the waypoint routes recorded by DJI FlyCart 30 and Matrice M30/M30T.
Miscellaneous
Introduction to DJI FlyCart 30 versions and usage areas
The DJI FlyCart 30 series has two versions: the Chinese Edition and Universal Edition. The Chinese Edition can only be used in the Chinese mainland, and the Universal Edition can be used in regions outside the Chinese mainland. Please consult your local after-sales center or agent for information on the regions where this product can be used.