DJI Enterprise
DJI Agriculture

DJI Mavic 3M

See More, Work Smarter

Effective aerial surveying needs to see the invisible. That’s why Mavic 3 Multispectral has two forms of sight. It combines an RGB camera with a multispectral camera to scan and analyze crop growth with total clarity. Agricultural production management requires precision and data, and Mavic 3M delivers both.
 
DJI Mavic 3M multispectral drone - See More, Work Smarter

Compact and portable

Foldable for easy storage

RGB Camera

20 MP
4/3 CMOS, mechanical shutter

Precise positioning

Centimeter-level RTK positioning
Microsecond-level time synchronization

Multispectral Camera

4 x MP
G/R/RE/NIR

Safe and Stable

Omnidirectional Obstacle Avoidance
15km Transmission Distance

Efficient aerial surveying

Up to 200 hectares per flight

Multispectral + RGB imaging system

Highly integrated imaging system

Newly upgraded imaging system with one 20MP RGB camera and four 5MP multispectral cameras (green, red, ref edge and near infrared.

Enables applications such as high-precision aerial surveying, crop growth monitoring, and natural resource surveys.

DJI Mavic 3M multispectral drone - Highly integrated imaging system
DJI Mavic 3M multispectral drone - Highly integrated imaging system

Sunlight Sensor

DJI Mavic 3M multispectral drone - Sunlight Sensor

RTK Module

Accurate images that capture every pixel

Mavic 3M with RTK module for centimeter-level positioning. Flight control, the camera, and the RTK module sync in microseconds to accurately capture the location of each camera’s imaging center. This enables Mavic 3M to do high-precision aerial surveying without using ground control points.


Efficient and Reliable Battery Life

Ultra-long battery life, fast bursts

43 minutes
Cruise time

200 hectare
A single flight can complete mapping operations over an area of 200 hectares.

Fast Charging

DJI Mavic 3M multispectral drone - Fast Charging

100W Battery Charging HubHigh-efficiency fast charging88W fast chargingAircraft

Stable signal, smooth image transmission

The O3 transmission integrates two transmitting signals and four receiving signals to support 15km ultra-long transmission distances.

Omnidirectional obstacle sensing, terrain-follow aerial surveying

The aircraft features multiple wide-FOV vision sensors that accurately detect obstacles in all directions for omnidirectional obstacle avoidance. The terrain-follow aerial surveying can be easily performed in steep-slope landscapes.

Applications

Mavic 3M allows terrain-follow aerial surveying of orchards, even on sloped landscapes. Together with DJI Terra or DJI SmartFarm Platform to reconstruct high-resolution orchard maps, automatically identify the number of trees, distinguish trees from other obstacles or objects, and generate three-dimensional operation routes for agricultural drones, making operations safer and more efficient.

Guide variable rate applications

For rice fertilization, cotton growth regulation, and potato foliar fertilizer spraying, the Mavic 3M is used to obtain multi-spectral images of crops. DJI Terra or the DJI SmartFarm Platform can then generate NDVI and other vegetation indices maps, capturing differences in crop potential and generating prescription maps that allow agricultural drones to execute variable-rate application. This ultimately allows users to reduce costs, increase yield, and protect the environment.

Mavic 3M aerial surveying

DJI Terra / DJI SmartFarm Platform Mapping

Generate 3D Routes

Agricultural Drone Operation

Open Echosystem

Cloud API
The Mavic 3M can be directly connected to a third-party cloud platform via Pilot 2’s built-in DJI Cloud API based on the MQTT protocol. There is no need to develop an app separately to enable the transmission of UAV equipment information, live streaming, photo data, and other information.

MSDK
The Mavic 3M supports Mobile SDK 5 (MSDK5) with a fully open-source production code sample. The MSDK5 makes it possible to develop a proprietary control app for UAV field patrol, smart surveying, and other scenarios, making it more user-friendly.

Environmental Monitoring and Natural Resources Survey

The Mavic 3M can also be used in environment and natural resource surveys, such as water enrichment monitoring, forest distribution surveys, urban green area surveys, and more.

Intelligent field scouting

The Mavic 3M can carry out automatic field scouting. The field scout images can be uploaded to the DJI SmartFarm Platform in real time through a 4G network. It can find abnormalities, such as emergence deficiencies, weed pressure, and crop lodging in a timely manner. It can also conduct intelligent analyses, such as cotton seedling identification and rice production testing, using AI identification for real-time sharing of crop growth information, guidance of agronomic activities, and easy management of 70 hectares of farmland by one person.

[1] Data was measured at sea level. The payload weight is greatly affected by the ambient temperature and altitude. The payload weight needs to be reduced by 10 kg for every 1,000m increase in altitude. The DJI Agras app will recommend the payload weight according to the current status and surroundings of the aircraft. When adding materials, the maximum weight should not exceed the recommended value, otherwise flight safety may be compromised. [2] The core modules include: the avionics module, radio frequency module, breakout board, power distribution board, Electronic Speed Controller, Magnetic Drive Impeller Pump, Dual Atomized Centrifugal Sprinkler, Active Phased Array Omnidirectional/Backward and Downward Radar, Binocular Vision System, UHD FPV camera, and LED supplement light. The IPX6K rating is not permanent and may reduce over time after long-term use due to aging and wear. [3] When charging at 9 kW, an EFI generator consumes 15% less fuel compared to a carburetor generator. [4] Data was subject to the operating environment and parameters. T40 flight parameters: consumption rate 15 L/ha, spray width 11 m, flight speed 7 m/s, flight altitude 3 m [5] Data was subject to the operating environment and parameters. T40 flight parameters: consumption rate 75 L/ha, spray width 4 m, flight speed 3 m/s, flight altitude 2 m [6] Data was measured with urea and subject to the operating environment and parameters. Actual data may vary in operation. T40 flight parameters: consumption rate 149 kg/ha, spread width 7 m, flight speed 7 m/s, flight altitude 3 m, spreading disc rotation speed 1,000 rpm. The area is free of obstructions and in a regular terrain shape. The fertilizers are prepared in advance and can be loaded quickly. [7] Urea, seeds, and feed have small bulk density. The volume of their particles weighing 50 kg will exceed 50 L. [8] The effective sensing range varies depending on the material, position, shape, and other properties of the obstacle. Pilots are responsible for flight safety at all times. The obstacle avoidance system is only an assisting tool. [9]The Bypass function should preferably be used in environments with sufficient daylight, an incline of less than 20 degrees, small obstacles, and few electrical wires. The function is not recommended for use at night, on a rainy day, or around many electrical wires. [10] The remote controller’s mapping time, which can be affected by the firmware version, survey type, and other relevant factors. [11] Charging from 30% to 95%, with the number of batteries chargeable depending on the battery level, idle time, altitude, temperature, and other factors. [12] Charging from 30% to 95%. Factors impacting charging time: the altitude of the charging station; and the battery cell’s temperature is in the range of 15° to 70°C. [13] Batteries are covered by warranty for up to 1,500 charging cycles or 12 months, whichever ends first.