DJI Mavic 3M

DJI Mavic 3 Multispectral

DJI Mavic 3 Multispectral is the Mavic series that is ideally designed for many industries including agriculture, surveying and inspection. In agriculture, multispectral cameras are essential for accurate crop and plant health assessment. When conducting surveys, the Mavic 3M’s RGB camera, RTK module, and omnidirectional wide FOV sensors enable detailed accuracy, even when tracking on steep terrain.

Multispectral + RGB imaging system
The imaging system on the DJI Mavic 3M is upgraded with a 20MP RGB camera and 4 5MP Multispectral cameras including green, red, red edge and near infrared. This allows the drone to collect data from many different spectra for applications in fields such as space surveying, monitoring crop growth and examining natural resources.

DJI Mavic 3M has a 20MP RGB camera and 4 5MP Multispectral cameras

Sunlight sensor
The DJI Mavic 3 Multispectral has a built-in sunlight sensor with the ability to capture and record solar radiation and store this information in an image file. This feature allows the drone to compensate for image data during 2D image construction. The result is more accurate NDVI data, as well as greater accuracy and consistency of data collected over time. This increases the effectiveness of applications such as environmental surveys, crop growth monitoring and natural resource management.

Sunlight sensor

RTK module
Mô-đun RTK (Real-Time Kinematic) trên DJI Mavic 3M là một công nghệ định vị từng centimet giúp máy bay không người lái Mavic 3M xác định vị trí của mình với độ chính xác cực kỳ cao. Điều khiển bay, camera và mô-đun RTK được đồng bộ trong micro để ghi lại chính xác vị trí trung tâm hình ảnh của mỗi camera. Điều này cho phép Mavic 3M có thể thực hiện khảo sát không gian chính xác cao mà không cần sử dụng điểm kiểm soát trên mắt đất.

Mavic 3M can perform precise space surveys

Long battery life
DJI Mavic 3 Multispectral can fly continuously for up to 43 minutes after each charge. Each drone flight can complete surveys over an area of up to 200 hectares. In addition, to improve performance, the battery also supports 100W fast charging through a charging hub or users can also directly charge the drone with 88W fast charging to provide energy for flight missions. next.

Stable signal, smooth image transmission
The O3 signal transmission system integrates two transmitter signals and four receiver signals, helping to support transmission distances of up to 15km. This ensures that users can control the aircraft and receive stable and detailed images, especially during long-range missions and aerial surveys.

Omnidirectional obstacle sensor
DJI Mavic 3M is equipped with an omnidirectional obstacle sensor system with many wide-FOV vision sensors placed in many different directions. Thanks to that, this flycam has the ability to detect and avoid obstacles from all directions.

Open ecosystem Cloud API
Cloud API is integrated into DJI’s Pilot 2 application, Cloud API allows direct connection of Mavic 3M to third-party cloud platforms via MQTT protocol. This helps transmit UAV device information, live images, photo data and more without having to develop a custom application.

MSDK support for Mobile SDK 5
Mavic 3M supports the fully open source Mobile SDK 5, allowing developers to create their own control applications for UAV inspection missions, smart surveying, and other scenarios. This facilitates free integration and application development on the Mavic 3M platform.

Orchard mapping
Combine with DJI Terra or DJI SmartFarm Platform to create high-resolution nursery maps that automatically identify plant numbers, differentiate plants from obstructions or other objects, and create operational routes three-dimensional for agricultural drones.

Create high-resolution nursery maps

Variable rate application
For rice fertilization, cotton growth regulation, and potato foliar spraying, the Mavic 3M is used to collect multispectral images of crops. DJI Terra or DJI SmartFarm Platform can create NDVI and other crop index maps, record differences in crops, and create indicative maps that allow agricultural drones to perform variable rate applications .

Market survey
Field survey images can be uploaded to the DJI SmartFarm Platform via the 4G network and can detect planting abnormalities such as lack of germination, weeds, and crop collapse. The feature can also perform intelligent analyzes such as cotton plant identification and rice production inspection, using AI recognition technology to share information about crop growth, guiding agricultural activities. Agriculture and easy management of 70 hectares of agricultural land.