Description
The DJI Mavic 3 Multispectral is a compact aerial imaging platform built for precision agriculture, crop monitoring and vegetation analysis.
Its integrated camera system combines a 20 MP RGB camera with four 5 MP multispectral cameras. The multispectral sensors capture Green, Red, Red Edge and Near-Infrared bands, allowing operators to collect detailed vegetation data and generate crop health maps.
RTK positioning provides centimeter-level accuracy for precise mapping and repeatable field surveys. The integrated spectral sunlight sensor records solar irradiance information to improve data consistency across missions performed under changing lighting conditions.
With up to 43 minutes of maximum flight time, the Mavic 3M can efficiently survey large agricultural areas.
Omnidirectional obstacle sensing and terrain-following capabilities support safe and consistent data collection across fields, orchards and complex terrain.
The Mavic 3M is designed for farmers, agronomists, crop consultants and precision agriculture professionals who need accurate aerial data to support crop management decisions.
FAQ
Question: What cameras are included on the DJI Mavic 3 Multispectral?
Answer: The Mavic 3M combines one 20 MP RGB camera with four 5 MP multispectral cameras.
Question: Which multispectral bands does the Mavic 3M capture?
Answer: The aircraft captures Green, Red, Red Edge and Near-Infrared spectral bands.
Question: Does the DJI Mavic 3M support RTK?
Answer: Yes. Integrated RTK positioning supports centimeter-level accuracy for mapping and agricultural surveys.
Question: What is the maximum flight time?
Answer: The DJI Mavic 3 Multispectral supports a maximum flight time of up to 43 minutes under specified test conditions.
Question: Can the Mavic 3M generate NDVI data?
Answer: Yes. Multispectral imagery collected by the Mavic 3M can be used to generate vegetation indices such as NDVI for crop health analysis.
Question: Can it be used for crop scouting?
Answer: Yes. The Mavic 3M is designed for crop monitoring, field scouting, vegetation analysis and precision agriculture mapping.
Question: Can it map orchards?
Answer: Yes. Terrain-following and mapping capabilities support orchard surveys and complex agricultural environments.
Question: Can it be configured for my operation?
Answer: Yes. Our team can help confirm the appropriate RTK, mapping software and workflow configuration for your agricultural operation.
Comparison
The DJI Mavic 3 Multispectral is designed specifically for precision agriculture and vegetation mapping.
Compared with a standard RGB mapping drone, the Mavic 3M captures four additional multispectral bands: Green, Red, Red Edge and Near-Infrared. These additional data layers allow agricultural professionals to analyze crop health and vegetation conditions beyond what is visible in standard RGB imagery.
Compared with the DJI Mavic 3 Enterprise, the Mavic 3M focuses on agricultural and vegetation intelligence rather than general surveying and inspection workflows.
The Mavic 3M is significantly smaller and easier to deploy than large agricultural spraying drones such as the DJI Agras T25P or T100. However, the Mavic 3M is a data collection and mapping platform and does not spray or spread agricultural materials.
For precision crop scouting, vegetation analysis and prescription mapping, the DJI Mavic 3 Multispectral provides a compact and efficient aerial data collection solution.
In The Box
DJI Mavic 3 Multispectral aircraft
DJI RC Pro Enterprise remote controller
Intelligent Flight Battery
RTK module
USB-C power adapter
Charging cable
Propellers
microSD card
Aircraft accessories
Carrying case
Product documentation
Spec Sheet
Model: DJI Mavic 3 Multispectral
Maximum flight time: Up to 43 minutes
RGB camera: 20 MP
RGB sensor: 4/3 CMOS
Multispectral cameras: Four 5 MP sensors
Green band: 560 ± 16 nm
Red band: 650 ± 16 nm
Red Edge band: 730 ± 16 nm
Near-Infrared band: 860 ± 26 nm
RTK: Integrated
Positioning accuracy: Centimeter-level with RTK enabled
Spectral sunlight sensor: Integrated
Obstacle sensing: Omnidirectional
Terrain following: Supported
Maximum wind resistance: 12 m/s
Maximum takeoff weight: 1,050 g
Operating temperature: 14°F to 104°F (-10°C to 40°C)
Imaging system: RGB and multispectral
Primary applications: Crop monitoring, vegetation analysis and agricultural mapping
Resources
DJI Mavic 3 Multispectral product documentation
DJI Mavic 3M specifications
DJI Mavic 3M user manual
DJI Mavic 3M safety guidelines
DJI Mavic 3M quick start guide
DJI Agriculture mapping guidance
DJI SmartFarm platform information
DJI Terra mapping resources
RTK positioning documentation
Multispectral imaging guidance
FAA drone operational guidance
FAA Part 107 compliance information
Precision agriculture mapping resources
Why choose the DJI Mavic 3 Multispectral?
- See beyond visible imagery: Four multispectral sensors capture crop and vegetation data that standard RGB cameras cannot provide.
- Precision mapping: Integrated RTK supports centimeter-level positioning for accurate and repeatable surveys.
- Efficient field coverage: Up to 43 minutes of flight time supports large agricultural mapping missions.
- Actionable crop intelligence: Multispectral data supports vegetation index analysis and targeted field management decisions.
- Compact field platform: Foldable and easy to deploy for farmers, agronomists and crop consultants.
- Built for U.S. precision agriculture: Ideal for crop scouting, field mapping and vegetation monitoring.
U.S. precision agriculture use cases
Crop health & field scouting
- Monitor crop health and vegetation development.
- Identify areas of crop stress and uneven growth.
- Generate NDVI and vegetation index maps.
- Scout large fields more efficiently than ground-based inspections.
- Support targeted agronomic field assessments.
Mapping & precision agriculture
- Mapping & precision agriculture
Multispectral data should be interpreted alongside field observations, agronomic expertise and appropriate crop management practices. Always follow FAA requirements and applicable federal, state and local regulations.
Setup & operator training
- Aircraft setup: Aircraft activation, controller linking, firmware checks and system configuration.
- RTK setup: RTK positioning configuration and network or base station connection.
- Flight skills: Takeoff, landing, automated mapping missions and safe emergency procedures.
- Mapping workflow: Field boundaries, flight altitude, image overlap and mission planning.
- Multispectral workflow: Sensor setup, sunlight sensor checks and vegetation data collection.
- Data management: Image transfer, mapping workflow and agricultural data organization.
What you’ll need
- FAA compliance: Appropriate remote pilot certification, aircraft registration and applicable operational requirements.
- RTK solution: Network RTK access or a compatible DJI RTK base station for high-precision workflows.
- Mapping software: Compatible photogrammetry or agricultural mapping software for processing RGB and multispectral imagery.
- Data storage: Suitable computer and storage capacity for aerial imagery and mapping projects.
- Agronomic workflow: Appropriate crop knowledge or agronomic support for interpreting multispectral data.
Request a quote for DJI Mavic 3 Multispectral Agricultural Mapping Drone.
Tell us how you plan to use this drone and our team will confirm configuration, availability, delivery and pricing.