DJI Dock 3
DJI's First Dock Adaptable for Vehicle Mounting
DJI Dock 3
Rise to Any Challenge
Powering Next-Gen Remote Operations
Master All Environments
Flexible Deployment, Ultra-Long Transmission
High-Performance Drones
Efficient Operation with Intelligence Features
Enhanced Experience with Advanced Software
Secure and Compliant, Open Ecosystem
Heat Resistant
Built to withstand extreme heat, DJI Dock 3 operates and charges seamlessly even in temperatures soaring up to 50° C (122° F), ensuring efficient operations.
50° C
Highest Operating Temperature
Cold Resistant
Perform critical tasks even in frigid environments down to -20°C (-4°F). After preheating, stable operation is possible at -30°C (-22°F).
-30° C
Lowest Operating Temperature
Wind Resistance
Both Matrice 4D and 4TD demonstrate remarkable flight performance. In winds as strong as 12 m/s, they can achieve stable takeoff and landing, and stay in the air for up to 32 minutes.
12m/s
Max Wind Speed Resistance
Rugged and Dependable
Dock 3's design safeguards its internal systems from external conditions by encapsulating electronic components, allowing for seamless operations even in harsh environments.
IP56 / IP55
DJI Dock 3 / DJI Matrice 4D/4TD
Low-Noise and Anti- Ice Propellers
Standard equipped with low-noise anti-ice propellers, the Matrice 4D and 4TD drones can maintain stable flight even in freezing rain. The silent design reduces noise during operations.
Flexible Deployment, Ultra-Long Transmission
DJI Dock 3 can be flexibly deployed, redefining the paradigm of operations. For fixed deployments, signal quality can be enhanced by installing the next-gen D-RTK 3 Relay at elevated locations, allowing for flexible site selection of the dock.With the new DJI Enterprise app, deployment can be completed using just a smartphone. Additionally, for the first time, a DJI Dock supports vehicle-mounted deployment, enabling more efficient dispatch during urgent operations and long-distance inspections.
Fixed-Mounted Deployment
The new D-RTK 3 Relay Fixed Deployment Version offers superior anti-interference performance for video transmission and satellite acquisition. Installing it at elevated locations can effectively address RTK and video transmission signal issues caused by obstructions, extending the maximum transmission distance to 25 km. This capability allows for flexible site selection of Dock 3 based on actual operational needs.
Near High-Rise Buildings
Installing the D-RTK 3 Relay on rooftops can significantly enhance signal quality, allowing Dock 3 to be deployed next to high-rise buildings or substation walls.
Near Communication Towers
Deploying the D-RTK 3 Relay on a nearby communication tower can significantly enhance signal quality during Dock 3 operations, ensuring safe takeoffs and landings even in environments with interferences from the communication tower.
Mobile Vehicle-Mounted Deployment
DJI Dock 3 is DJI's first Dock to support mobile vehicle-mounted deployment. Optimized for this purpose, the Dock's overall structure, components, and air conditioning have undergone vehicle vibration testing, with new features such as horizontal calibration and cloud-based dock location calibration. For emergency operations or long-distance inspections, using DJI Dock 3 Vehicle-Mounted Gimbal Mount for mobile deployment provides a convenient solution when fixed deployment is impractical in temporary scenarios.
During mobile operations, indoor personnel can use DJI FlightHub 2 to remotely set the dock's location and assign tasks on the cloud, thereby enhancing personnel and scheduling efficiency.
Two docks can be deployed on a single vehicle simultaneously, achieving a significant efficiency boost. DJI Dock 3 employs a special take-over pattern to avoid drone-to-drone collisions and ensure operational safety, allowing the two docks to alternate tasks in an orderly manner.
Automated hovering rotation of two drones enables continuous real-time aerial footage transmission. In emergency scenarios, a spotlight can be equipped to provide full-time illumination.
During mobile operations, indoor personnel can use DJI FlightHub 2 to remotely set the dock's location and assign tasks on the cloud, thereby enhancing personnel and scheduling efficiency.
Two docks can be deployed on a single vehicle simultaneously, achieving a significant efficiency boost. DJI Dock 3 employs a special take-over pattern to avoid drone-to-drone collisions and ensure operational safety, allowing the two docks to alternate tasks in an orderly manner.
Automated hovering rotation of two drones enables continuous real-time aerial footage transmission. In emergency scenarios, a spotlight can be equipped to provide full-time illumination.
The all-new water and dust-resistant DJI Matrice 4D and 4TD are specifically designed for DJI Dock 3, offering extended flight time.
Can pair with DJI RC Plus 2 Enterprise for standalone use.
Both drones are equipped with a wide-angle camera, a medium tele camera, a tele camera, and a Laser Range Finder.
Matrice 4D is highly effective for professional high-precision mapping and detailed surface inspections.
Matrice 4TD is equipped with an infrared thermal camera and a new NIR auxiliary light.
Suitable for a wide range of applications such as infrastructure inspections, emergency response, and public safety.
DJI Matrice 4D
DJI Matrice 4TD
Wide-Angle Camera
4/3 CMOS
20MP Effective Pixels
f/2.8-f/11
24mm Format Equivalent
Mechanical Shutter
Wide-Angle Camera
1/1.3-inch CMOS
48MP Effective Pixels
f/1.7
24mm Format Equivalent
Medium Tele Camera
1/1.3-inch CMOS
48MP Effective Pixels
f/2.8
70mm Format Equivalent
Medium Tele Camera
1/1.3-inch CMOS
48MP Effective Pixels
f/1.7
70mm Format Equivalent
Tele Camera
1/1.5-inch CMOS
48MP Effective Pixels
f/2.8
168mm Format Equivalent
Tele Camera
1/1.5-inch CMOS
48MP Effective Pixels
f/2.8
168mm Format Equivalent
Laser Range Finder
Measurement Range: 1800 m (1 Hz)
Oblique Incidence Range (1: 5 Oblique Distance): 600 m (1 Hz)
Blind Zone: 1 m
Range Accuracy (m): ± (0.2 + 0.0015 × D)
Laser Range Finder
Measurement Range: 1800 m (1 Hz)
Oblique Incidence Range (1: 5 Oblique Distance): 600 m (1 Hz)
Blind Zone: 1 m
Range Accuracy (m): ± (0.2 + 0.0015 × D)
NIR Auxiliary Light
6° FOV, 100m [10] Illumination Distance
Infrared Thermal Camera
640×512 Resolution
f/1.0
53mm Format Equivalent
Uncooled VOx Microbolometer
Supports UHR Infrared Image mode
Longer Flight Time, Robust Protection
When fully charged, Matrice 4D/4TD delivers an impressive flight time of 47 minutes at a speed of 15 m/s, achieving a remarkable 37% increase in operation time. At a radius of 10 km, these drones provide 18 minutes of operation. Both models are designed to endure harsh conditions with an impressive IP55 dust and water resistance rating.
54 Minute
Forward Flying
47 Minute
Hovering
IP55
Protection
Obstacle Sensing for Safe Operation
The Obstacle Sensing Module for Matrice 4D/4TD combines rotating LiDAR and millimeter-wave radar technologies for precise 12mm wire-level obstacle avoidance at speeds up to 15 m/s in complex power line crossings, as well as enhanced positioning in low-light conditions. [5] Operational safety are ensured for varying environments of power distribution network and the intricate layouts of substations.
Unmatched Clarity and Precision for Any Task, Anytime
Obstacle Sensing & Positioning
- Four high-resolution, low-light fisheye lenses
- Enhanced low-light positioning
- Improved obstacle sensing
Night Vision Capabilities
- Night Scene mode: Full-color night vision
- IR-Cut Filter (Matrice 4TD): Black-and-white night vision & 24/7 operations
- NIR auxiliary light: Covers up to 100 m
Thermal Imaging (Matrice 4TD)
- UHR Infrared Image mode: Resolution up to 1280 × 1024
- High-Res mode: Detailed temperature readings
Camera Setup & Medium Tele
- Medium tele for inspections
- Detects pins & cracks from 10 m
- Reads instrument data clearly
Tele Camera Performance
- 48 MP resolution
- Captures details up to 250 m
- +80° upward tilt (bridge undersides)
Stabilization & Zoom
- Clear at 10×+ zoom
- Reduced motion blur
- Stable telephoto analysis
High-Precision Mapping
- 5-direction oblique photography
- 3-direction orthophoto photography
- Real-time terrain following
FlightHub 2 Upgrade
- Smart 3D Capture routes
- Geometric routes
- Slope routes
Seamless Airborne Relay for Mountainous Terrains
Matrice 4D Series can operate with the DJI RC Plus 2 Enterprise remote controller for standalone use while featuring an innovative onboard relay function. With this setup, one drone can fly high as a relay, allowing another drone to operate at a greater distance. The relay drone automatically faces the operating drone, ensuring smooth video transmission without a 4G signal or in obstructed conditions. This capability significantly extends the transmission range, making it ideal for SAR tasks and inspections in mountainous areas.
Seamless Airborne Relay for Mountainous Terrains
When paired with DJI FlightHub 2, Dock 3 greatly enhances the intelligence and efficiency of remote operations.
Intelligent Flight and Control
The new automated flight route is useful across various scenarios, including public safety and inspections. Once a flight route is established, the drone can automatically detect and capture images or videos of subjects like vehicles and vessels and infrared temperature anomalies, and send notifications to the operators.
The new intelligent change detection feature enables efficient periodical analysis of changes in an area, assisting operators in environmental protection, natural disaster relief and crack detection for more effective and informed decision making.
Operators can utilize the powerful auto-zoom capabilities of the Matrice 4D Series to quickly track a subject, such as a vehicle or a vessel for efficient follow-up review.
The Virtual Cockpit remote control interface has been significantly enhanced with the introduction of the new Mouselook feature. This enhancement allows the drone to adjusts its attitude and gimbal orientation automatically, enabling rapid and precise centering of the frame, thus achieving "point and see."
The new automated flight route is useful across various scenarios, including public safety and inspections. Once a flight route is established, the drone can automatically detect and capture images or videos of subjects like vehicles and vessels and infrared temperature anomalies, and send notifications to the operators.
The new intelligent change detection feature enables efficient periodical analysis of changes in an area, assisting operators in environmental protection, natural disaster relief and crack detection for more effective and informed decision making.
Operators can utilize the powerful auto-zoom capabilities of the Matrice 4D Series to quickly track a subject, such as a vehicle or a vessel for efficient follow-up review.
The Virtual Cockpit remote control interface has been significantly enhanced with the introduction of the new Mouselook feature. This enhancement allows the drone to adjusts its attitude and gimbal orientation automatically, enabling rapid and precise centering of the frame, thus achieving "point and see."
Efficient Operation
Take off quickly and arrive at the emergency site to improve situational awareness. After enabling optimal route planning, use FlyTo Tasks to reach a designated point 1 km away and at 100m height within 100 seconds.
Engine upgrade significantly reduces live view latency on FlightHub 2, providing reliable support for real-time decision-making.
In emergency scenarios, real-time data transmission and rapid modeling can be achieved during flight. Data transfer can be completed immediately upon landing, and a rough model can be quickly generated via the cloud, significantly enhancing efficiency.
Take off quickly and arrive at the emergency site to improve situational awareness. After enabling optimal route planning, use FlyTo Tasks to reach a designated point 1 km away and at 100m height within 100 seconds.
Engine upgrade significantly reduces live view latency on FlightHub 2, providing reliable support for real-time decision-making.
In emergency scenarios, real-time data transmission and rapid modeling can be achieved during flight. Data transfer can be completed immediately upon landing, and a rough model can be quickly generated via the cloud, significantly enhancing efficiency.
Security Compliance
FlightHub 2 has upgraded its permission management, allowing users to configure management permissions according to actual needs.
FlightHub 2 uploads, stores and manages data on Amazon Web Services (AWS) cloud servers, which are also ISO/IEC 27001 certified, ensuring secure and compliant data processing.
With DJI Cellular Dongle 2, the aircraft can connect to 4G networks. In complex operational environments, the 4G network works in tandem with O4+ video transmission system to ensure a stable transmission and enhance flight safety. 4G enhanced video transmission service can be privately deployed and used in conjunction with the FlightHub 2 on-premises version to further enhance the stability and security of data transmission.
FlightHub 2 has upgraded its permission management, allowing users to configure management permissions according to actual needs.
FlightHub 2 uploads, stores and manages data on Amazon Web Services (AWS) cloud servers, which are also ISO/IEC 27001 certified, ensuring secure and compliant data processing.
With DJI Cellular Dongle 2, the aircraft can connect to 4G networks. In complex operational environments, the 4G network works in tandem with O4+ video transmission system to ensure a stable transmission and enhance flight safety. 4G enhanced video transmission service can be privately deployed and used in conjunction with the FlightHub 2 on-premises version to further enhance the stability and security of data transmission.
DJI Dock 3
Rise to Any Challenge
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