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Aircraft dossier / Manufacturer claims separated from operating analysis

DJI Mavic 3 Multispectral

Multispectral crop intelligence and mapping system

The Mavic 3M is an observation and mapping aircraft. It combines a mechanical-shutter RGB camera with four multispectral bands and RTK positioning, but the aircraft does not diagnose a crop or create a defensible recommendation on its own.

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Product image: Official DJI Enterprise product image

By Reviewed July 28, 2026Manufacturer claims and FAA primary sources checked

Decision brief

Choose the Mavic 3M when the buyer needs repeatable RGB plus green, red, red-edge, and near-infrared capture and the team already has a calibration, processing, ground-truth, and interpretation workflow.

Best fit: Agronomists, crop consultants, researchers, forestry teams, co-ops, and pilots working inside a qualified crop-intelligence or vegetation-monitoring program.

Published configuration

Numbers with their conditions left attached.

These are manufacturer-published specifications, not independent field measurements. The context matters as much as the number.

RGB camera
20 MP 4/3 CMOS

Mechanical shutter, 24 mm equivalent lens, adjustable f/2.8-f/11 aperture.

Multispectral
4 x 5 MP

Green 560 nm, red 650 nm, red edge 730 nm, and near infrared 860 nm bands.

Positioning
RTK equipped

DJI publishes centimeter-level positioning and synchronized camera timing. Accuracy still depends on the complete control and processing workflow.

Flight time
Up to 43 min

Manufacturer test maximum in windless sea-level conditions to 0% battery. Plan normal reserves.

Weight
951 g

Published net weight with propellers and RTK module. Part 107 registration and Remote ID apply in normal U.S. commercial use.

Published area
Up to 200 ha/flight

A manufacturer test claim, not a universal job estimate. GSD, overlap, light, terrain, wind, reserve, and field geometry change coverage.

Operating system

The aircraft is one layer of the purchase.

Dealer or enterprise purchase. Quote the aircraft with the RC Pro Enterprise, batteries, charging, RTK service or base workflow, calibration target if required, processing software, storage, support, training, and data-delivery method.

01

Synchronized capture

The 20 MP RGB camera and four multispectral cameras are time synchronized. The aircraft also carries a sunlight sensor and RTK module, but those inputs still need a defined calibration and processing method.

02

Mission design

Altitude, ground sample distance, overlap, solar angle, exposure, field boundary, terrain, wind, route direction, crop stage, and repeat timing determine whether two missions are meaningfully comparable.

03

Processing and analysis

The aircraft produces images. Software creates orthomosaics and indices. Ground observations, crop expertise, calibration, and a qualified analyst determine what a pattern means and whether it supports action.

04

Evidence handoff

A buyer needs field identity, date, crop stage, weather, sensor settings, calibration, coordinate reference system, processing method, excluded areas, ground truth, outputs, and interpretation limits.

Operating fit

Match the configuration to the job.

Repeat crop scouting

Use repeatable RGB and multispectral layers to locate relative variation and direct field inspection. Do not convert color differences directly into a diagnosis.

Research and trials

A synchronized sensor package can support plot comparison when the study controls capture timing, calibration, treatment layout, ground observations, and statistical method.

Forestry and vegetation

The sensor can document vegetation patterns and change, but canopy structure, species, season, moisture, terrain, shadows, and validation still shape the interpretation.

United States

Capability does not create operating authority.

This is an educational overview. Confirm the current aircraft, operation, exemptions, certificates, state credentials, labels, airspace, and local conditions before operating.

01

Normal paid capture

In the United States, paid mapping or crop-intelligence work normally starts with Part 107, aircraft registration, Remote ID, airspace authorization where required, and a lawful launch site.

02

Visual line of sight

A published 200-hectare or 15 km capability does not authorize BVLOS. Route design must remain within the operator's actual authority and site conditions.

03

Data and professional scope

Aerial data collection does not automatically authorize agronomic advice, surveying, engineering, pesticide recommendations, or another state-regulated professional conclusion.

04

Not an application aircraft

The Mavic 3M observes. It does not dispense material, so Part 137 does not arise from the imaging mission itself. A later spray operation has its own approval stack.

Field cycle

Judge the complete job, not the flight.

01

Start with the crop question

Name the field decision, crop stage, comparison unit, delivery deadline, analyst, ground-truth partner, and action the output may support before choosing an index.

02

Standardize capture

Control solar angle, route, altitude, overlap, exposure, focus, RTK status, calibration, weather, crop condition, and deviations. DJI recommends good light with a solar altitude of at least 30 degrees.

03

Process transparently

Record software, version, coordinate system, radiometric or vignetting corrections, calibration, index formula, masks, ground control or checkpoints, and quality checks.

04

Ground-truth the pattern

Send the analyst or agronomist to representative zones, record observations, separate correlation from cause, and deliver both the map and the method limits.

Before requesting a quote

Questions the specification sheet cannot answer.

  1. 01Which crop decision requires multispectral data rather than a less expensive RGB scouting workflow?
  2. 02Who will calibrate, process, ground-truth, interpret, and sign off on the output?
  3. 03Which RTK correction source, processing software, coordinate system, and accuracy checks are included?
  4. 04How will repeat missions control solar angle, crop stage, altitude, overlap, exposure, route, and calibration?
  5. 05What files, metadata, methods, field observations, and interpretation limits will the buyer receive?
  6. 06Which batteries, controller, charging, support, firmware, software licenses, and replacement-aircraft path are included?