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DJI Agras T50 FAQ

Maximum flight altitude: 100 m (subject to local regulations, please check with your local dealer);
Longest control range: 2,000 m;
Maximum flight speed 10 m/s, maximum operating flight speed 10 m/s

Droplet size: 50-500 μm.
The droplet size can be customized or set to one of six droplet size levels: Very Coarse, Coarse, Medium, Fine, Very Fine, and Extremely Fine.

No.

No.

1. Multidirectional Obstacle Sensing on the horizontal plane as well as Obstacle Bypassing in the direction of the drone’s nose.
2. Steep-slope Terrain Follow.

1. These features can be used in AB flight routes and fully automatic operations, but not in manual routes.
2. The light intensity must be moderate, the scenarios must have rich texture features, and the Binocular Vision System must be free of stains or obstructions.
3. Active Obstacle Bypassing is supported at an altitude of 2.5-8 m. Terrain Follow is supported at an altitude of 1.5-30 m.
4. Obstacle Bypassing is not recommended around electric or guy wires.

It can survey slopes up to 20°.
*To ensure a high success rate of surveying and mapping, DJI AGRAS T50 will automatically adjust its flight speed based on the hill slope. The steeper the slope, the slower its speed.

Area Route surveying: Surveys and maps all areas and automatically detects field boundaries and obstacles.
Boundary Route surveying: Surveys and maps the 20 m wide area around the field boundary. This mode is capable of quickly surveying large areas and is suitable for areas without obstacles

Orchard and field routes are compatible with T series AGRAS drones. Before a mission, check operating parameters such as the field margins, route spacing, and flight speed.

Yes.

Yes.

When conducting fast charging by connecting a third-party generator, please select a generator with 220 V-240 V output and output power no lower than 12 kW. Connect the live wires (labelled with L), null lines (labelled with N) and earth wires (labelled with PE) of the two fast charging cables of the C10000 Smart Charger with the live wire, null line and earth wire of the generator, respectively.

The DJI AGRAS T50 Spreading System supports switching to a small hopper gate. Low flow rate spreading is more precise.

No.

1. Larger discharge hatch, flow increase, and a maximum 108 kg of granules can be spread per minute;
2. With the spiral channel spinning disk, spreading is more uniform;
3. Capacity has been increased to 75 L.

The DJI AGRAS T50 has DJI’s new O3 video transmission system equipped with four antennas. It can transmit smoother images when working with tall crops. The video transmission signal quality is greatly improved.

It’s an optional module.

DJI AGRAS T50, DJI AGRAS T25, DJI AGRAS T40, and DJI AGRAS T20P.

1. Connect the support rod via the adapter and secure the DJI Relay in an open and unobstructed area.
2. Make sure that the DJI Relay is installed at least 2 meters higher than obstacles to ensure smooth signal transmission.
3. Do not use the DJI Relay during thunderstorms.

No.

Phantom 4 RTK, Phantom 4 Multispectral, DJI Mavic 3 Multispectral and DJI Mavic 3 Enterprise are supported. Photos taken by non-DJI aircraft are not supported.

Field, orchard, and multispectral scenarios can be reconstructed.

The upload limit for a single mission is 20,000 photos, including TIF format photos. We recommend that you upload no more than 10,000 photos per mission.

Elevation Analysis: Monitor elevation data to analyze land level status and provide guidance on leveling operations to improve efficiency.
Crop growth monitoring: Observe crop growth through NDVI and other vegetation indices to identify seedling emergence, nutritional status, weed distribution, water stress, and other conditions, to improve field scouting efficiency.
Prescription Maps: Generate prescription maps for variable rate fertilization and crop protection based on crop growth monitoring results, ensuring even growth and reducing the application of chemicals.
Fruit tree counting: Automatically count fruit tree numbers.
Surveying and mapping of orchards and farmlands: Map operation areas and plan fully automatic routes for AGRAS drones.
Farmland surveying and mapping: Generate high-resolution maps where farmland boundaries are automatically extracted, allowing users to survey the cultivated area.

DJI SmartFarm Web is at free trial currently. Follow up for updates.

DJI Agras T25 FAQ

Maximum flight altitude: 100 m (subject to local regulations, please check with your local dealer);
Longest control range: 2,000 m;
Maximum flight speed 10 m/s, maximum operating flight speed 10 m/s

Droplet size: 50-500 μm.
The droplet size can be customized or set to one of six droplet size levels: Very Coarse, Coarse, Medium, Fine, Very Fine, and Extremely Fine.

No.

1. Multidirectional Obstacle Sensing on the horizontal plane as well as Obstacle Bypassing in the direction of the drone’s nose.
2. Steep-slope Terrain Follow.

1. These features can be used in AB flight routes and fully automatic operations, but not in manual routes.
2. The light intensity must be moderate, the scenarios must have rich texture features, and the Binocular Vision System must be free of stains or obstructions.
3. Active Obstacle Bypassing is supported at an altitude of 2.5-8 m. Terrain Follow is supported at an altitude of 1.5-30 m.
4. Obstacle Bypassing is not recommended around electric or guy wires.

It can survey slopes up to 20°.
*To ensure a high success rate of surveying and mapping, DJI AGRAS T25 will automatically adjust its flight speed based on the hill slope. The steeper the slope, the slower its speed.

Area Route surveying: Surveys and maps all areas and automatically detects field boundaries and obstacles.
Boundary Route surveying: Surveys and maps the 20-m wide area around the field boundary. This mode is capable of quickly surveying large areas and is suitable for areas without obstacles.

Orchard and field routes are compatible with T series Agras drones. Before a mission, check operating parameters such as the field margins, route spacing, and flight speed.

Yes.

No. It is not included as standard.

Yes. The 1.5m-long charging cable of the D12000iEP can be purchased additionally, and used for D6000i.

When conducting fast charging by connecting a third-party generator, please select a generator with 220 V-240 V output and output power no lower than 6 kW. Connect the live wires (labelled with L), null lines (labelled with N) and earth wires (labelled with PE) of the two fast charging cables of the C8000 Smart Charger with the live wire, null line and earth wire of the generator, respectively.

The T25 Spreading System supports switching to smaller hopper gates. Low flow rate spreading is more precise.

No.

The DJI AGRAS T25 has DJI’s new O3 Transmission system equipped with four antennas. It can transmit smoother images when working with tall crops. The video transmission signal quality is greatly improved.

It’s an optional module.

DJI AGRAS T50, DJI AGRAS T25, DJI AGRAS T40, and DJI AGRAS T20P.

1. When using the Relay, make sure there is no obstruction between the remote control and the Relay, or between the Relay and the drone
2. Make sure that the Relay is installed at least 2 meters higher than obstacles to ensure smooth signal transmission.
3. Do not use the Relay during thunderstorms.

No.

Phantom 4 RTK, Phantom 4 Multispectral, DJI Mavic 3 Multispectral and DJI Mavic 3 Enterprise are supported. Photos taken by non-DJI aircraft are not supported.

Field, orchard, and multispectral scenarios can be reconstructed.

The upload limit for a single mission is 20,000 photos, including TIF format photos. We recommend that you upload no more than 10,000 photos per mission.

Elevation Analysis: Monitor elevation data to analyze land level status and provide guidance on leveling operations to improve efficiency.
Crop growth monitoring: Observe crop growth through NDVI and other vegetation indices to identify seedling emergence, nutritional status, weed distribution, water stress, and other conditions, to improve field scouting efficiency.
Prescription Maps: Generate prescription maps for variable rate fertilization and crop protection based on crop growth monitoring results, ensuring even growth and reducing the application of chemicals.
Fruit tree counting: Automatically count fruit tree numbers.
Surveying and mapping of orchards and farmlands: Map operation areas and plan fully automatic routes for AGRAS drones.
Farmland surveying and mapping: Generate high-resolution maps where farmland boundaries are automatically extracted, allowing users to survey the cultivated area.

DJI SmartFarm Web is at free trial currently. Follow up for updates.

DJI Agras T30 FAQ

Maximum flight altitude: 30 meters (Interim Provisions on UAV Flight Management (draft for comment)).
Maximum communication range: 5,000 m (measured at a flight altitude of 2.5 m).
Maximum flight speed: 10 m/s; maximum operational flight speed: 7 m/s.
Hovering time: 20.5 minutes (at a takeoff weight of 36.5 kg); 7.8 minutes (at a takeoff weight of 66.5 kg).

The drone can spray 16.5 acres per hour on average (with a dosage of 4.8 L/acre, spraying width of 5 m, speed of 5 m/s, and height of 2.5m).

The T30 has a maximum load of 30 kg, an increase of 50%.
The T30 is equipped with spherical omnidirectional obstacle avoidance radar, which supports omnidirectional obstacle avoidance in the horizontal and overhead directions and terrain adaptation and altitude maintenance functions in the downward direction.
The T30’s spraying system adopts a high-flow plunger pump, high-precision electromagnetic flowmeter, high-pressure solenoid valve, and 16 nozzles in a more reasonable layout, each of which is controlled independently for more accurate control, a larger flow range, and more uniform application.
The T30 supports branch targeting technology for better penetration when spraying fruit trees.
The T30 comes with a front and rear dual-channel real-time image monitoring system for safer flight.

The layout of the T30 increases downward wind field stability, resulting in fewer upward droplets, a larger effective spraying width, better droplet penetration, and more uniform distribution.

You can use one remote control for up to three drones.

The user only needs to open the package and activate the drone. No assembly is required.

The drone can be quickly folded to 20% of its original size.

Yes. With sensors mounted on its arms, the T30 can detect whether its arms are extended and locked in place, improving its safety during use.

At least 10 meters.

The full capacity of the operating tank is 30 L. It cannot be quickly removed and replaced.

No.

2-4.5 kg/cm².

SX11001VS: 7.2L/min


SX110015VS: 8L/min


TX-VK4:3.6 L/min

The T30 supports the following nozzle models:

SX11001VS (Standard)

SX110015VS (Optional)

Fruit Tree mode: TVK04 (Optional)

The all-new plunger pump produces a strong flow of 8 L/min.
Independent control by means of 8 groups of solenoid valves provides more accurate spraying.
The full-coverage spray by 16 nozzles ensures more uniform droplet distribution and no leakage during ultra-low flight.
The intelligent continuous liquid level meter provides real-time detection of the remaining pesticide volume.

Yes. The T30 detects the remaining pesticide level in the tank in real time and intelligently plans refilling points. This will significantly improve the efficiency of battery charging and tank refills.

1. It supports omnidirectional obstacle avoidance in the horizontal and overhead directions.


2. It supports automatic obstacle avoidance in the horizontal direction.


3. It supports precise height maintenance in the downward direction for terrain adaptation during flight.

The T30 omnidirectional digital radar is exchangeable with that of the T10, but not the T20 or T16.

The T30 will start to decelerate when its radar detects an obstacle with a diameter above 1 cm that is 15 meters away. Then, it will start to detour around the obstacle when it is about 6 meters away, or hover with the tip of the blade about 2.5 meters away from the obstacle.

The upward-looking radar can detect obstacles above the drone in real time and hover precisely to avoid obstacles when rising.

Perceivable distance: 1.5 to 10 meters.

FOV:80°。

Yes

Yes. Users can set the obstacle avoidance sensitivity in the app based on their actual needs.

Yes. After the orthoimage of the operation area is obtained with the Phantom 4 RTK, map the operation area with DJI Terra, which supports the Fruit Tree mode. After the operation area is selected, the AI system will automatically identify the properties of crops and obstacles in the area and automatically generate a 3D operation route with six optional route planning and spraying combinations. After downloading the 3D route, the agricultural drone can carry out the operation.

Fruit Tree mode not only allows normal operation in flat orchards, but also applies to the operations in mountainous areas and slopes with large changes in height, such as tea plantations, orange orchards, and peach orchards located in mountainous regions.

DJI Terra requires Windows 7 or later (64-bit).

The form of the T30 can be changed by adjusting the arms for branch targeting, allowing the sprayed droplets to penetrate fruit trees along their branches.

The T30’s branch targeting technology allows the liquid to flow down along the branches in order to penetrate the fruit tree canopy, thus increasing the application amount on both the front and back of the leaves. In addition, the spraying system adopts a new plunger pump with a maximum flow rate of 8 L/min and TX-VK 04 nozzles for small droplets and high flow.

You can use branch targeting in all the operation modes of the T30, but we only recommend it for orchard spraying operations in the Fruit Tree mode 3.0.

Yes. Please check the operating parameters such as safety distance, track spacing, and flight speed before operation.

To adjust the arms and change the form of the T30, please contact your local dealer.

No.

The T30 smart flight battery is warrantied for 1,000 cycles, with charging/discharging of at least 75% counted as one cycle.

No.

When two AC power lines are connected, it can fully charge a battery in 9-12 minutes.

When one AC power line is connected, it can fully charge a battery in 18-25 minutes.

The smart charge manager dynamically adjusts the charging power based on the environment, so the actual charging time will vary.

It can fully charge a battery in 9-12 minutes.

The variable-frequency charging station adjusts the charging power dynamically based on the environment, so the actual charging time will vary.

92# gasoline is recommended.

It supports 220V AC output with a maximum power of 300W.

No.

Yes (connection to the smart flight battery is required).

About 0.6 L per T30 smart battery in of cyclic charging

*Charged from 30% to 95%

 

It supports the T30 and T10, which are equipped with 40L and 12L tanks, respectively.

Solid dry particles with a diameter of 0.5-5 mm can be spread.

The Spreading System 3.0 has IP67 water-resistance and improved resistance to corrosion and abrasion.

Compared to the Spreading System 2.0, the maximum bin opening area of the Spreading System 3.0 has increased by 38% (from 32.3cm² to 44.6cm²).

In Spreading System 3.0, the structure and algorithm of the tank empty detection device were optimized to improve the detection accuracy and timeliness.

The T30’s Spreading System 3.0 features a flip-top tank with a larger opening for easier loading.

The remote control supports both internal and external batteries and can operate 2 hours with the former and another 2 hours with the latter.

The remote control of the T30 is exchangeable with that of the T10, but not with those of the T20 and T16.

Yes. The external RTK high-precision positioning module provides the remote control with high-precision positioning information precise to the centime meter. This allows accurate work planning and improves operation efficiency and flight safety.

The T30 remote control has a protective case for the external battery, and the keys are dust-proof for better protection.

Yes.

Yes. Farm scenarios and the fruit tree scenarios can be reconstructed in the smart agriculture cloud platform. Please go to the official website for news about the launch time.

Yes. The multispectral photos can be reconstructed in the smart agriculture cloud platform. Please go to the official website for news about the launch time.

Yes, route planning can be performed on your mobile phone, tablet, or personal computer.

DJI Agras T10 FAQ

Maximum flight altitude: 30 meters (Interim Provisions on UAV Flight Management (draft for comment)).

Maximum communication range: 5,000 m (measured at a flight altitude of 2.5 m).

Maximum flight speed: 10 m/s; maximum operational flight speed: 7 m/s.

Hovering time: 19 minutes (at a takeoff weight of 16 kg); 8.7 minutes (at a takeoff weight of 26 kg).

The drone can spray 15 acres per hour on average (with a dosage of 4.8 L/acre, spraying width of 5 m, speed of 5 m/s, and height of 2m).

T10 is equipped with a replaceable pesticide tank and batteries.

T10 comes with a front and rear dual-channel real-time image monitoring system for safer flight.

T10 is equipped with spherical omnidirectional obstacle avoidance radar, which supports omnidirectional obstacle avoidance in the horizontal and overhead directions and terrain adaptation and altitude maintenance functions in the downward direction.

T10 provides IP67 water-resistance.

T10 comes standard with the RTK high-precision positioning system that is precise to the centimeter.

You can use one remote control for up to three drones.

The user only needs to open the package and activate the drone. No assembly is required.
Yes. With sensors mounted on its arms, T10 can detect whether its arms are extended and locked in place, improving its safety during use.
At least 10 meters.
 
 
The full capacity of the operating tank is 8L. It can be quickly removed and replaced.
No.
2 – 4.5 kg/cm².
SX11001VS:1.8L/min
SX110015VS:2.4L/min
XR11002VS:3L/min
T10 supports the following nozzle models:
SX11001VS (Standard)
SX110015VS (Optional)
XR11002VS (Optional)
Four groups of independent solenoid valves enable automatic air discharge with one button.
The dual-channel electromagnetic flowmeter allows precise flow control for each pipe.
Yes.

1. It supports omnidirectional obstacle avoidance in the horizontal and overhead directions.
2. It supports automatic obstacle avoidance in the horizontal direction.
3. It supports precise height maintenance in the downward direction for terrain adaptation during flight.

T10 omnidirectional digital radar is exchangeable with that of T30, but not T20 or T16.
T10 will start to decelerate when its radar detects an obstacle with a diameter above 1 cm that is 15 meters away. Then, it will start to detour around the obstacle when it is about 6 meters away, or hover with Tip of the blade about 2.5 meters away from the obstacle.
The upward-looking radar can detect obstacles above the drone in real time and hover precisely to avoid obstacles when rising.
Perceivable distance: 1.5 -10 meters.
FOV:80°。
Yes.
Yes. Users can set the obstacle avoidance sensitivity in the app based on their actual needs.
 
 

Yes. After the orthoimage of the operation area is obtained with the Phantom 4 RTK, perform 3D mapping of the operation area with DJI Terra, which supports the Fruit Tree mode. After the operation area is selected, the AI system will automatically identify the properties of crops and obstacles in the area and automatically generate a 3D operation route with six optional route planning and spraying combinations. After downloading the 3D route, the agricultural drone can carry out the operation.

Fruit Tree mode not only allows normal operation in flat orchards, but also applies to the operations in mountainous areas and slopes with large changes in height, such as tea plantations, orange orchards, and peach orchards located in mountainous regions.

T10’s smart flight battery cannot be used on other drones, but the batteries of T20 and T16 can be used on T10.
T10 smart flight battery is warrantied for 1,000 cycles, with charging/discharging of at least 75% counted as one cycle.
It cannot charge T30 batteries.
It can charge the batteries of T20 and T16.
It can fully charge a battery in 7-10 minutes. The smart charge manager dynamically adjusts the charging power based on the environment, so the actual charging time will vary.

It can fully charge a battery in 7-10 minutes. The variable-frequency charging station adjusts the charging power dynamically based on the environment, so the actual charging time will vary.

92# gasoline is recommended.
It supports 220V AC output with a maximum power of 300W.
It cannot charge T30 smart flight battery,
but it can charge the smart flight batteries of T20, T16, and T10.
Yes (connection to the smart flight battery is required).
For a cycle operation charge, about 0.3 L of fuel is needed to charge one T10 smart flight battery.
*Charging from 30% to 95%
It supports T30 and T10, which are equipped with 35L and 12L tanks, respectively.
Solid dry particles with a diameter of 0.5-5 mm can be distributed.
The Spreading System 3.0 has IP67 water-resistance and improved resistance to corrosion and abrasion.
Compared to the Spreading System 2.0, the maximum bin opening area of the Spreading System 3.0 has increased by 38% (from 32.3cm² to 44.6cm²).
In Spreading System 3.0, the structure and algorithm of Tank empty detection device were optimized to improve the detection accuracy and timeliness.

The remote control supports both internal and external batteries and can operate 2 hours with the former and another 2 hours with the latter.

The remote control of T10 is exchangeable with that of T30, but not with those of T20 and T16.
Yes. The external RTK high-precision positioning module provides the remote control with high-precision positioning information precise to the centime meter. This allows accurate work planning and improves operation efficiency and flight safety.
T10 remote control has a protective case for the external battery, and the keys are dust-proof for better protection.
Yes.
 
 
Yes. Farm scenarios and the fruit tree scenarios can be reconstructed in the smart agriculture cloud platform. Please go to the official website for news about the launch time.
Yes. The multispectral photos can be reconstructed in the smart agriculture cloud platform. Please go to the official website for news about the launch time.
Yes, route planning can be performed on your mobile phone, tablet, or personal computer.
 
 

DJI Mavic 3M FAQ

DJI Mavic 3M is available in Mainland China, North America, and other select regions.

You should avoid blocking the sunlight sensor when it is in use. For example, the vegetation indices, such as NDVI, cannot be obtained when it is blocked. In addition, you should avoid rubbing the sensor, since its performance will be affected if the surface is scratched.

No.

You can connect to the network RTK by using Wi-Fi on the remote controller.

It is bound to the remote controller.

DJI Mavic 3M features four 5.5MP single-band cameras and one 20MP RGB camera. The single-band cameras are as follows: green (G) 550 nm ± 16 nm, red (R): 650 nm ± 16 nm, Red edge (RE): 730 nm ± 16 nm, and Near-infrared (NIR): 860 nm ± 26 nm.

The monitoring of most crops and vegetation relies mainly on near infrared, red edge, red and green bands. For example, the NDVI, NDRE and GNDVI indices, commonly used for crop health monitoring, only use two to three of these four bands. Therefore, the absence of the blue band will have minimal impact on applications such as monitoring of crop growth and environments, as well as natural resource investigations.

Multispectral focal length: 4.34 mm (focal length); 25 mm (35mm equivalent focal range)
Visible focal length: 12.29 mm (focal length); 24 mm (35mm equivalent focal range)

DN value.

Each of the five camera sensor centers has been compensated in the photo EXIF coordinates according to its position relative to the on-board D-RTK antenna phase center. When the images are mapped, the DJI Terra or DJI SmartFarm Platform automatically uses this parameter for position compensation to ensure the accuracy of the map position.

Distortions in visible and multispectral cameras are individually corrected before they are shipped.

The original photo generated does not come with vignetting correction, but the parameters used for vignetting correction are included with each photograph.

All five cameras are time synchronized.

The storage paths are as follows. For normal photography: SD card-DCIM-DJI_2022********_***
For flight path operation: SD card-DCIM-DJI_2022********_***_task name

Users who are beginners are recommended to set the exposure mode of the multispectral and visible light camera to Auto and unlock the AE. The multispectral light metering mode of the system is set to global light measurement by default. The focus mode of the visible camera will be First Waypoint Focus.

It detects the reflective strength of the object being photographed over different bands and is widely used in agriculture and forestry for crop health, vegetation coverage, water environment pollution monitoring, and more.

FCC: 15 km
CE: 8 km
SRRC: 8 km
MIC: 8 km
* The above data was measured by the aircraft in an unobstructed, interference-free outdoor environment. It shows the farthest communication distance for one-way, non-RTH flights under each standard. During flight, pay attention to RTH reminders in the DJI Pilot 2 App.

The ROM of the remote control is 64GB. For extended storage capacity, microSD card use is also supported.

Yes.

No. According to real-name requirements, SIM cards must be purchased and activated with the user’s real name.

No.

Nano SIM cards are supported. eSIM SIM cards are not supported.

No.

The DJI Mavic 3 Series remote controller does not work with Mavic 3M, but the DJI Mavic 3 Enterprise-Series remote controller does.

5,000 mAh, 15.4 V, 77 Wh.

When used with a DJI 100W USB-C Power Adapter, it takes about 1 hour and 10 minutes to fully charge an Intelligent Flight battery with the DJI Mavic 3M Charging Hub (100 W).
When connecting directly to the aircraft via the DJI 100W USB-C Power Adapter, it takes about 1 hour and 20 minutes to fully charge an Intelligent Flight battery.

43 minutes.
* This data was measured using DJI Mavic 3M in windless conditions at sea level at a constant speed of 36 kph until the battery reached 0%. Use for reference only. Please pay attention to RTH prompts in the DJI Pilot 2 app when flying.

Yes.

Yes.

It is recommended to connect to the C1 port.

The DJI Pilot 2 App supports importing polygon boundaries and waypoint missions for pre-planned aerial photography with KML/KMZ files. Import path: Route > KMZ Import > Select Table of Contents > Internal Storage/SD Card > Locate the KML/KMZ file.

The DJI Pilot 2 App supports importing DSM data for terrain follow during aerial surveying. DSM files are imported as follows: Flight Path > Create Flight Path> Mapping Mission > Terrain Follow > DSM File Selection > Select Table of Contents > Internal Storage/SD card > Find DSM File for Import.

Yes. You can schedule a flight path by importing a KMZ or KML file or, create flight path on Pilot 2.

Yes, the vegetation indices, such as NDVI, can be viewed in real-time on the remote controller during flight.

No.

No.

Not currently.

No.

Flight Height: 500 m;
Flight Speed: Maximum horizontal flight speed is 21 m/s, minimum horizontal flight speed is 1 m/s (no wind, near sea level)

Via https://keisan.casio.com/exec/system/1224682277. Input the corresponding coordinates along with the date and time zone to confirm the sun’s altitude angle changes over time for that day.

Visible camera (orthophoto): (H/37.2) cm/pixel
Multispectral camera (orthophoto): (H/21.7) cm/pixel

The recommended environment for multispectral data acquisition with DJI Mavic 3M is when light conditions are good and the sun’s altitude angle is not less than 30°.

DJI Mavic 3M can directly perform terrain-follow aerial surveying via downward vision. It can also import DSM data for terrain-follow aerial surveying.

Yes. You can automate routine inspections and capture consistent results every time. Onboard AI recognizes the subject of interest and identifies it in subsequent automated missions to ensure consistent framing.

The Intelligent Flight battery and propeller guard.

No.

Yes.

Yes.

The PSDK port supports the RTK Module and official DJI Mavic 3 Enterprise Series Speaker

Optional. Additional purchase required.

Optional. Additional purchase required.

The DJI 100W USB-C Power Adapter comes with a USB-C power cable that can sustain 100 W of power output. Direct connection to the DJI RC Pro Enterprise Edition has a charging power of 30 W, direct connection to the aircraft has a charging power of 88 W, and direct connection to the charging hub has a charging power of 100 W.

The DJI Mavic 3M’s Intelligent Flight battery, DJI 100W USB-C Power Adapter, and DJI Mavic 3 Charging Hub (100 W) all support PD and PPS fast charging protocols. DJI RC Pro Enterprise Edition supports PD and QC protocols.

DJI Mavic 3E FAQ

When using the DJI USB-C Power Adapter (100W) with the DJI Mavic 3 Battery Charging Hub (100W), it takes approximately 1 hour and 10 minutes to fully charge an intelligent flight battery.
When charging the aircraft directly with the DJI USB-C Power Adapter (100W), it takes approximately 1 hour and 20 minutes to fully charge an intelligent flight battery.

The DJI Mavic 3 Enterprise Series currently includes two versions: DJI Mavic 3E and DJI Mavic 3T.
DJI Mavic 3E is equipped with a 20MP wide-angle camera with a 4/3 CMOS and a tele camera to deliver powerful imaging capability.
DJI Mavic 3T is equipped with a 48MP wide-angle camera with a 1/2-inch CMOS, a tele camera, and a thermal camera to deliver thermal imaging.

No.

Yes, but it is recommended to use the DJI USB-C Power Adapter (100W) or DJI Mavic 3 Battery Charging Hub (100W) for charging.

No. However, the 4/3 CMOS wide camera of DJI Mavic 3E supports surveying without adding or marking GCPs.

This port supports the official DJI Mavic 3 Enterprise Series Speaker and RTK Module, as well as third-party PSDK accessories for the DJI Mavic 3 Enterprise Series.

The intelligent flight battery and propeller guards.

No.

No.

No.

No.

Yes.

No.

Yes.

The intelligent flight battery, DJI USB-C Power Adapter (100W), and DJI Mavic 3 Battery Charging Hub (100W) of the DJI Mavic 3 Enterprise Series support PD and PPS fast charging protocols. The DJI RC Pro Enterprise supports PD and QC protocols.

It is recommended to connect to the C1 port.

Yes, but it is recommended to use the DJI Mavic 3 Enterprise Series with 9453F Propellers for Enterprise.

No.

Yes.

No.

Yes.

FCC: 15 km
CE: 8 km
SRRC: 8 km
MIC: 8 km

Note: Measured in an unobstructed environment free of interference. The above data shows the farthest communication range for one-way, non-return flights (with no payload) under each standard. During your flight, please pay attention to RTH reminders on the DJI Pilot 2 app.

The internal storage (ROM) is 64 GB, and it supports the use of a microSD card to expand the storage capacity.

No.

When DJI Mavic 3E is equipped with the RTK module, it supports precision surveying. Equipping DJI Mavic 3T with the RTK module cannot guarantee positioning accuracy.

Yes, it supports 56× hybrid zoom.

No.

DO NOT expose the thermal camera lenses to strong sources of energy such as the sun, lava, or laser beams. Otherwise, the camera sensor may be burned, leading to permanent damage.

No. Before purchasing, please confirm with your DJI Enterprise dealer about where the drone can be used.