DJI Mavic 3 Multispectral
SEES MORE, WORKS SMARTER
The best aerial measurements need to see the unseen. Therefore, the DJI Mavic 3 Multispectral has two types of vision. It combines an RGB camera with a multispectral camera to scan and analyze crop growth with complete clarity. Agricultural production management requires precision and data. The Mavic 3M provides both.
Compact and Portable
Foldable for easy storage
Multispectral Camera
4 × 5MP G/R/RE/NIR
RGB Camera
20 MP 4/3 CMOS, mechanical shutter
Safe and Stable
Versatile Obstacle Avoidance 15km Transmission Distance
Precise Positioning
Centimeter-level RTK positioning Microsecond-level time synchronization
Efficient Aerial Measurement
Up to 200 hectares per flight
The DJI Mavic 3 Multispectral drone features an extremely integrated imaging system that combines a 20MP RGB camera and four 5MP multispectral cameras (red, green, red edge, and near-infrared). This advanced imaging system enables high-precision aerial measurements, facilitating applications such as natural resource research and crop growth monitoring.
The drone is equipped with a built-in sunlight sensor that captures solar radiation and records it in an image file. This allows for the balancing of image data with light during 2D reconstruction, enhancing the accuracy and consistency of data obtained over time and providing more accurate NDVI results.
The Mavic 3M is equipped with an RTK module for centimeter-level positioning. The flight control, camera, and RTK module will synchronize within microseconds to accurately capture the position of each camera’s imaging center. This allows the Mavic 3M to perform high-precision aerial measurements without using ground control points.
The O3 transmission integrates two transmitter signals and four receiver signals to support ultra-long transmission distances of up to 15 km.
The aircraft is equipped with multiple wide FOV vision sensors that accurately detect obstacles in all directions, enabling versatile obstacle avoidance. This makes it possible to easily perform terrain-following aerial measurements, even on steeply sloped terrains.
DJI TERRA
DJI Terra is a 3D modeling software based on photogrammetry technology. It supports the accurate and efficient reconstruction of various data and visible light using DJI LiDAR. DJI Terra is an ideal option for DJI Enterprise drones and accessories. It seamlessly integrates to provide a complete application solution for various industries such as soil analysis, mapping, energy transmission, emergency services, construction, transportation, and agriculture.
Realistic 3D models can be created in three different resolutions (high, medium, and low) with DJI Terra. Water surfaces are automatically optimized using artificial intelligence technology, and models can be exported to widely used formats for a wide range of scenarios including terrain measurement and mapping, accident scenes, energy grid equipment, and construction projects. This makes processes like image reconstruction and progress monitoring easily achievable across various domains.
The algorithm is optimized for different scenarios to significantly increase processing efficiency, effectively prevent image distortion and deformation, and achieve detailed and accurate measurement results for your target objects and research areas.
LiDAR
With just a single click, DJI Terra facilitates the high-accuracy processing of point cloud data captured by Zenmuse LiDAR. These processes include route calculation, precise alignment of point cloud and visible light data, optimization of point cloud accuracy, ground point extraction, DEM generation, and task report output.
Multispektral
Multispectral data obtained from DJI Mavic 3 Multispectral and P4 Multispectral can be utilized to provide insights into plant growth and health, generating plant index maps such as NDVI and NDRE. Additionally, with support for radiometric correction, reflectance maps can be created for remote sensing studies. Using DJI’s Agras drones, prescription maps can be generated for variable rate applications, serving the purpose of increasing crop yield while reducing costs.
TECHNICAL SPECIFICATIONS
