DJI Matrice 4E | Mechanical Shutter Ultimate Mappers Kit

Ready To Fast Track Your Start-Up

The DJI Matrice 4E is the mapping and photogrammetry drone in DJI's enterprise lineup. 4/3-inch CMOS wide-angle camera with mechanical shutter for geometrically clean output at full mapping speed. Three optical cameras plus a laser rangefinder. Integrated RTK module. Up to 49 minutes of flight time per battery.

This is the standalone aircraft listing. It includes the drone, RC Plus 2 controller, and accessories needed to fly. It does not include the D-RTK 3 base station, survey pole and tripod, additional batteries, or DJI Terra license.

For a complete turnkey survey system with the D-RTK 3 base station, survey pole, 4 batteries, and a 1-year Terra license bundled at a lower total cost, see the M4E Precision Mapping & Surveying Bundle. The standalone M4E listed here is for operators who already own RTK infrastructure, plan to use network RTK (NTRIP), or are building a custom configuration.

Real people answer the phone at (863) 224-6923. No hold queue, no offshore call center.

Standard delivery is 5 to 7 business days.

Quick Facts

• Built for: Licensed surveyors, civil engineers, construction operators, GIS professionals (standalone aircraft)
• Wide Camera: 4/3" CMOS with mechanical shutter, 20MP
• Total Cameras: 5 sensors (wide + medium telephoto + telephoto + laser rangefinder + AI detection)
• RTK Module: Integrated, compatible with D-RTK 3 base station, NTRIP, and PPK workflows
• Mapping Speed: Up to 21 m/s with mechanical shutter
• Flight Time: Up to 49 minutes per battery (1 battery included)
• Oblique Capture: 5-directional in a single pass
• Coverage: Up to 2.8 km² per flight at standard altitude
• Delivery: 5 to 7 business days
• Coverage: CPS Drone Protection available at checkout

Standalone M4E or Mapping Bundle?

This is the aircraft only. The right choice depends on what infrastructure you already have:

Not sure which fits your operation? Call us at (863) 224-6923. We'll talk through your current setup before you commit.

Why the Matrice 4E for Mapping

Mechanical Shutter

The single most important feature on the M4E for photogrammetry work is the mechanical shutter on the wide-angle camera. Electronic shutters expose each row of the sensor sequentially rather than capturing the entire frame simultaneously. At mapping speeds of 15 to 21 m/s, that sequential exposure creates geometric distortion across the image. Straight lines appear curved, buildings lean, and the orthomosaic requires significant correction work or produces measurable errors.

The M4E's mechanical shutter exposes all pixels simultaneously regardless of aircraft speed. The output is geometrically clean at full mapping speed, every frame, without post-processing compensation.

4/3-Inch CMOS Sensor

The wide-angle camera uses a 4/3-inch CMOS sensor, significantly larger than the 1/1.3-inch sensor in the M4T or sensors in consumer-grade mapping drones. A larger sensor collects more light per pixel, produces less noise at a given ISO, and resolves finer ground detail at the same altitude.

In practical terms, you can fly higher and still produce ground sample distances that meet survey accuracy requirements, which means more coverage area per battery while maintaining output quality. Paired with a variable aperture from f/2.8 to f/11, the M4E handles high-contrast scenes without blown highlights or crushed shadows.

5-Directional Oblique Capture in One Flight

Most compact drones require separate nadir and oblique flight passes to build a complete 3D model. The M4E's gimbal rotates intelligently during a single automated pass and captures nadir, forward-facing, backward-facing, left, and right oblique frames in one flight.

The result is a complete dataset for high-fidelity 3D building models, façade documentation, and terrain reconstruction without planning and executing a second flight. For urban modeling, heritage documentation, and construction-phase BIM updates, this eliminates a full mobilization from your workflow.

Distortion Correction 2.0 with Factory Calibration

Each M4E wide-angle camera is individually factory-calibrated. The calibration parameters flow into DJI Terra (and select third-party photogrammetry platforms) for reconstruction accuracy that exceeds generic photogrammetry pipelines. Residual distortion is calibrated to less than two pixels across the frame.

RTK Workflow Options

The standalone M4E supports three RTK workflows:

• D-RTK 3 base station (sold separately): Centimeter-accurate corrections broadcast directly to the aircraft, independent of cellular coverage. The right option for rural corridors, remote terrain, and operators who want consistent accuracy regardless of network conditions.
• Network RTK (NTRIP): Cellular-based corrections from regional CORS networks. The right option for operators working in areas with reliable 4G coverage and an existing NTRIP subscription.
• PPK post-processing: Office-based corrections using base station logs and aircraft trajectory data. The right option for operators who prefer post-processing over real-time corrections or who don't have base station hardware on site.

If you're new to RTK workflows or evaluating which is right for your operation, call us. We've helped operators set up all three workflows since 2017.

DJI Terra Compatibility

This standalone listing does not include a DJI Terra license. If you need Terra, three options:

• Purchase the M4E Mapping & Surveying Bundle instead, which includes a 1-year Terra license at no additional charge (approximately $1,400 value)
• Purchase DJI Terra separately through DJI (approximately $1,400 per year for the annual license, perpetual licensing also available)
• Use a third-party photogrammetry platform (Pix4D, Agisoft Metashape, DroneDeploy, Correlator3D, Bentley ContextCapture) which all accept M4E imagery with embedded RTK position and orientation tags

Survey and Mapping Applications

• Topographic mapping and land surveys for engineering design, grading plans, contour mapping, and subdivision layout
• Construction site documentation with pre-construction base surveys, weekly progress orthomosaics, earthwork volumes, and final as-built documentation
• Stockpile volume surveys for quarry, aggregate, mining, and construction operations
• Corridor mapping for road, pipeline, and utility projects spanning multi-kilometer lengths
• 3D building and urban modeling for architectural documentation, BIM input data, and heritage preservation
• Mining and quarry operations with volumetric surveys of extraction areas, benches, and overburden
• Environmental and wetland surveys for vegetation mapping, erosion monitoring, and flood plain topography
• Infrastructure inspection with mapping overlay for bridge, building, and asset documentation