DJI Mavic 3 Multispectral

DJI Mavic 3 Multispectral (M3M) See beyond visible light. The M3M pairs an RGB camera with a four-band multispectral system to reveal crop status with clarity — backed by a sunlight sensor and RTK for dependable, repeatable mapping. 20 MP 4/3″ RGB (mechanical shutter) Multispectral: G / R / RE / NIR (4×5 MP) RTK cm-level positioning Up to 43 min flight Portable & foldable Enquire Compact & Portable Folds down for easy storage and transport. Ideal for rapid deployment across multiple fields in a single day. Set up in minutes; no tools required Fits easily in a pickup, van, or farm 4×4 Lightweight kit for single-operator workflows Safe & Stable Omnidirectional obstacle sensing helps avoid hazards, while robust image transmission supports smooth, reliable flights. 360° vision sensing with active avoidance Terrain follow helps maintain consistent AGL Strong control link for responsive flights Precise Positioning Centimetre-level RTK with microsecond-level time synchronisation tags each capture accurately for high-precision surveys. RTK/NTRIP support for cm-level geotagging Trigger events synced to imaging centre Repeatable line work across seasons RTK for Survey-Grade Precision The RTK module synchronises with flight control and camera triggers at the microsecond level, so each image is geotagged precisely at the imaging centre. This supports high-precision mapping workflows and can reduce reliance on ground control points. Use check points to validate results Mechanical-shutter RGB reduces motion blur Optimised for Terra/SmartFarm processing Up to 43 Minutes Long endurance supports larger blocks per mission. Real-world time varies with wind, overlap and speed. Plan longer legs with fewer battery swaps Set sensible reserves for return and landing Fast Turnarounds Use the 100 W Battery Charging Hub for high-efficiency charging, plus 88 W aircraft charging when needed. Cycle multiple batteries to keep missions moving Top up on site from inverter or mains Coverage Plan for up to ~200 hectares per flight (typical survey conditions), then validate against your rates and overlaps. Dial in altitude/overlap for target GSD Use consistent lanes for repeat surveys Stable Link & Omnidirectional Sensing O3 Transmission Two transmit and four receive antennas provide a robust connection for smooth live view and control. Lab-rated long-range figures are for ideal conditions; always maintain VLOS and follow UK CAA rules. Strong link in typical UK rural environments Low-latency FPV for confident flying Obstacle Sensing & Terrain-Follow Wide-FOV vision sensors help detect obstacles in all directions for avoidance. Terrain-follow surveying supports work over rolling or sloped ground. Assisted avoidance around trees & poles More consistent altitude over varied terrain  Orchard Mapping Perform terrain-follow surveys in sloped orchards. With DJI Terra or DJI SmartFarm Web you can reconstruct high-resolution maps, identify tree counts, separate trees from obstacles, and generate 3D operation routes for agricultural drones. Guide Variable-Rate Applications Capture multispectral imagery for rice, cotton or potato programmes. Create NDVI/NDRE maps in DJI Terra or SmartFarm Web, then generate prescription maps to drive variable-rate spraying or spreading — helping reduce inputs, lift yield and lower environmental impact.     Intelligent Field Scouting Automate scouting and sync imagery to DJI SmartFarm Web over 4G for live analysis, including tasks like cotton seedling identification or rice production testing. One person can manage large acreages with real-time insights. Environmental Monitoring Capture consistent datasets for environmental audits and long-term stewardship. Generate GIS-ready layers that support planning, compliance, and practical field decisions. Water & enrichment checks: Monitor irrigation ponds, runoff areas, and algae risk zones. Forestry & canopy health: Track vigour, leaf-on/leaf-off change, and storm or pest damage. Hedgerows & riparian buffers: Map linear features for stewardship schemes and habitat corridors. Urban green space audits: Assess tree cover, turf condition, and heat-island mitigation areas. Repeatable surveys: RTK geotagging enables like-for-like comparisons across seasons. GIS integration: Export orthos/indices to GeoTIFF/shape formats for your mapping stack. Open Ecosystem Connect data and controls to the tools you already use. Build dashboards, automate handovers, and streamline field-to-office workflows. Cloud API Use DJI Pilot 2’s built-in Cloud API (MQTT) to integrate live operations with third-party platforms—without writing a separate flight app. Live ops: Stream telemetry, location, and media to web dashboards. Automation hooks: Trigger alerts, jobs, or data pipelines as flights progress. Centralised fleets: Aggregate aircraft status and flight records across sites. Security controls: Manage access via account-based authentication and roles. Flexible back-ends: Connect to cloud services or your own on-prem endpoints. MSDK (Mobile SDK 5) Build tailored mobile apps for patrols, mapping, and data capture—with sample projects to accelerate development. Flight control: Access mission planning, waypoints, and camera triggers. Payload & gimbal: Adjust capture modes and angles from your UI. RTK & metadata: Work with precise geotags and capture events for processing. Extensible workflows: Pipe outputs into farm management or GIS apps. Open examples: Start from reference code to shorten time-to-value. Ready to see what your crop can’t tell you? Speak to Drone Sales UK about bundles, training and UK-focused support. Talk to Sales Notes: Range/coverage figures are based on ideal test conditions. Always maintain VLOS and follow UK CAA rules and local site permissions.