DJI Matrice 4D (Drone Only – Dock Version)

DJI Matrice 4D: Workhorse Enterprise Mapping Drone System
The DJI Matrice 4D is an enterprise UAV aircraft designed for long-endurance aerial inspection, mapping, and public safety operations. Built around a tri-camera imaging system and laser range finder, the aircraft enables operators to capture high-resolution visual data and measure distant objects with precision.
With up to 54 minutes of flight time and an IP55-rated airframe, the Matrice 4D is engineered to operate reliably in demanding environments across industries including infrastructure inspection, energy, public safety, and surveying.
This aircraft-only configuration provides the core Matrice 4D platform without the battery or remote controller, allowing organizations to integrate the aircraft into existing enterprise fleets or dock-based systems. The platform supports RTK positioning, advanced obstacle sensing, and the DJI O4 Enterprise transmission system for long-range operations and reliable mission execution.
Key Features and Benefits
Tri-camera imaging system: wide, medium tele, and tele cameras support inspection and mapping missions
4/3 CMOS wide camera: 20 MP sensor with mechanical shutter for photogrammetry workflows
48 MP telephoto cameras: medium and long zoom sensors enable detailed remote inspection
Laser range finder: measures target distance accurately from 1 to 1,800 meters
Long flight endurance: up to 54 minutes forward flight for extended missions
IP55-rated airframe: designed for reliable operation in rain, dust, and harsh environments
RTK positioning system: supports centimeter-level positioning for precision mapping missions
O4 Enterprise transmission: stable video and control link with extended operational range
Advanced sensing system: multi-directional vision and infrared sensors support obstacle detection
Dock compatibility: designed for automated deployment with DJI Dock 3 infrastructure
Extended Endurance for Large-Scale Operations
The Matrice 4D is built to support large-area inspection and mapping missions where endurance, positioning accuracy, and sensor capability are critical. With forward flight endurance reaching 54 minutes, operators can cover larger corridors and infrastructure assets without frequent battery changes.
The integrated RTK module supports centimeter-level positioning accuracy for survey-grade workflows, while the DJI O4 Enterprise transmission system provides reliable command and video links over long distances. Combined with a tri-camera system and laser range finder, the aircraft enables operators to identify, measure, and document assets with precision while maintaining safe standoff distances.
Compatibility and System Integration
DJI RC Plus 2 Enterprise: required remote controller for standalone aircraft operation
DJI Dock 3: supports automated drone deployment, landing, and battery charging infrastructure
DJI Pilot 2: flight control software used for aircraft configuration and mission execution
DJI FlightHub 2: cloud platform for remote fleet management and mission monitoring
Custom Network RTK: supports NTRIP service for centimeter-level positioning accuracy
D-RTK 3 relay station: optional accessory providing enhanced RTK positioning reliability
Applications and Use Cases
Infrastructure inspection: assess power lines, towers, and bridges using high-resolution tele cameras
Public safety operations: support search and rescue with long endurance aerial monitoring
Surveying and mapping: capture precise aerial imagery for photogrammetry and mapping workflows
Energy sector inspection: monitor oil, gas, and energy infrastructure safely from distance
Construction monitoring: document site progress and capture accurate aerial project data
Environmental monitoring: observe wildlife habitats, coastlines, and protected areas remotely
The DJI Matrice 4D provides enterprise operators with a powerful aerial platform capable of performing complex inspection and mapping missions efficiently. Its combination of long flight endurance, precision positioning, and advanced imaging sensors allows teams to gather critical data safely and reliably in demanding operational environments.