Rapid, Instant Deployment
Integrated Multi-Directional Radar
Unified Software Ecosystem
Enterprise Security and Compliance for Safe Operations
Engineered for Diverse Industry Applications
The drone takes off the moment the cover of the DJI Dock 4 opens, racing to the scene at up to 21 m/s [4] to arrive ahead of ground crews and stream live video instantly.
Zero-Delay Takeoff
Initiate flight instantly upon command without waiting for a local pilot. Guarantee rapid emergency responses around the clock, including nights and holidays.
21m/s Swift Arrival [4]
Reaching speeds of up to 21 m/s [4], the drone flies directly to the scene above ground traffic—saving crucial minutes when every second counts.
Zero-Delay Takeoff
Initiate flight instantly upon command without waiting for a local pilot. Guarantee rapid emergency responses around the clock, including nights and holidays.
21m/s Swift Arrival [4]
Reaching speeds of up to 21 m/s [4], the drone flies directly to the scene above ground traffic—saving crucial minutes when every second counts.
The Matrice 5TD integrates telephoto, infrared, laser ranging, and full-color night vision, achieving 10 cm aerial survey accuracy at 12MP [10]. Handle daytime inspections, nighttime security, and precision surveying with a single drone—eliminating airframe swaps and boosting your equipment ROI by 50% [24].
Customize your loadout for any task. Handling up to 450 g, the Matrice 5TD features both side PSDK and top mounts that operate simultaneously, allowing you to mix and match accessories [12] on the fly.
450g
Payload Capacity
Equipped with three distinct mounting positions [13] and supporting up to 450 g, you can deploy lighting, communication, and safety payloads simultaneously to maximize every flight.
Combined Speaker, Spotlight [25],
and Parachute System
Equip a speaker, spotlight [25], and parachute all at once to broadcast aerial instructions and provide multi-layer illumination for nighttime search operations, ensuring ground teams stay protected.
Programmable
Built-In Warning Light
An integrated, customizable warning light lets you adjust colors and flash patterns with zero extra setup or hardware installation.
By combining three-directional mmWave radar, rotating LiDAR, and six-directional vision sensors, the Matrice 5TD delivers precise obstacle sensing [15]. It navigates safely through the most complex environments, from active electrical substations to intersecting distribution lines.
Precise Wire Detection
Detect even the thinnest powerlines, day or night. By combining a rotating LiDAR, mmWave radar [14], and full-color low-light fisheye sensors, this system ensures total obstacle awareness regardless of lighting conditions.
Omnidirectional Full-Color Sensing
Fly confidently after dark. Six high-res, low-light fisheye sensors enable true six-directional obstacle sensing [15][16], ensuring safe navigation even under ambient city lighting.
Driven by the Matrice 5TD’s LiDAR, visual SLAM, and advanced anti-interference technologies, the DJI Dock 4 pairs with the O4 Ground Station [2] to deliver ultimate deployment flexibility. Set it up effortlessly next to high-rises [17] or mount it directly on a mobile vehicle (coming soon) [18].
High-Rise Buildings [17]
Boost signal reliability by mounting the O4 Ground Station [2] on a rooftop, clearing the way to deploy the Dock 4 right against substation walls or towering structures.
Vehicles (Coming Soon)
Launch the aircraft from a stationary vehicle, and have it safely land at a new destination once the vehicle arrives at its next stop [18].
Multi-Station Support
Utilizing O4 Ground Station roaming, the drone automatically transitions between multiple ground stations to eradicate signal blind spots and expand your total operational range.
The Matrice 5TD handles the unexpected with a robust suite of failsafes. A deployable parachute cushions emergency descents to protect ground personnel and equipment, multi-drone sensing ensures safe airspace, and High-Wind Descent RTH brings the aircraft home securely in extreme weather.
Top-mounted on the Matrice 5TD, this system features independent power, full-link redundancy, and both auto and manual deployment options. The integrated FTS is fully compliant with EU C5/C6 and UK5/UK6 standards [19].
To enhance airspace safety, the Matrice 5TD integrates ADS-B and RID receivers that detect and warn operators of proximate aircraft and RID-compliant DJI drones [20]. The system overlays real-time flight tracks onto the operational map, delivering comprehensive situational awareness.
Engineered for adverse meteorological conditions, the Matrice 5TD sustains takeoff, operation, and landing in wind speeds up to 12 m/s. In the event of wind spikes during the return phase, the aircraft automatically executes a lower-altitude descent to ensure a safe recovery over complex mountainous or forested topography.
Detect 17 different object types in real time using the Matrice 5TD’s built-in AI. For everything else, utilize the Virtual Cockpit to instantly track down almost any object by simply entering text or uploading an image.
Onboard AI Analytics
The Matrice 5TD executes real-time AI processing on live video streams to automatically detect 17 object categories and identify infrared hotspots. The platform further extends its capabilities by supporting the integration of specialized third-party AI models.
Smart Object Detection
The Virtual Cockpit enables advanced object searches via text and image queries. Driven by a Multimodal LLM, the system interprets user prompts to identify specific targets and issue automated alerts, significantly enhancing operational situational awareness.
Close the loop between detection and action. The moment an anomaly is spotted, the system automatically sends SMS, email, or platform alerts and initiates immediate responses like capturing snapshots, recording video, tracking the target, or hovering in place.
FlightHub 2 Copilot
Control your drone using everyday language. Simply describe your flight commands, routes, and schedules, and FlightHub 2 Copilot instantly translates your intent into actionable drone commands.
Automated Workflows
Streamline your operations with intelligent automation. Triggered workflows deploy drones automatically in response to third-party alerts like DFR calls, while periodic workflows seamlessly manage routine data collection, 3D modeling, analysis, and report generation.
After every mission, the system uses AI to compare fresh data against historical aerial photos or 3D models, automatically annotating findings and exporting a ready-to-use report.
Smart Post-Processing Detection
Automatically compare current data with historical aerial imagery to instantly detect facility damage, surface changes, and unauthorized ground structures.
Change Detection Pro
AI automatically analyzes historical aerial photos to flag changes and output instant reports, eliminating manual, frame-by-frame reviews and slashing hours of work down to minutes.
*Data on this page was measured using mass-production DJI Dock 4 and DJI Matrice 5TD units in controlled testing environments. Actual results may vary depending on firmware versions, environmental conditions, and usage patterns. Please refer to real-world performance.
**All videos and images on this page were captured in strict adherence to local laws and regulations. Media samples are provided for illustrative purposes only; actual results may vary. Always review local laws and ensure your aircraft possesses all required certifications prior to flight.
***The DJI Matrice 5TD requires activation through the DJI Enterprise app prior to initial use.
****Routine servicing must be performed at scheduled intervals to preserve equipment reliability.
1. Time measured from the moment the dock cover fully closes to the completion of the battery swap. Data was gathered in a controlled test environment and is for reference only.
2. The DJI Dock 4 requires pairing with the DJI O4 Ground Station. Operating in Gateway Mode, the O4 Ground Station links to the DJI FlightHub 2 public cloud, On-Premises Version, integrated appliance, or third-party platforms via the DJI Cloud API or FlightHub Sync, using either an Ethernet connection or the DJI Cellular Dongle 2.
3. 'AI-Powered Workflow' refers to the integration of AI across primary operational stages, encompassing task breakdown, route planning, drone deployment, object detection, data analysis, and report generation.
4. Maximum speeds of up to 21 m/s are currently supported exclusively during FlyTo Tasks. For all other flight modes, top speed is capped at 15 m/s.
5. Measured in windless laboratory conditions with no payload attached, flying forward at 15 m/s at an altitude of 20 m until battery depleted to 0%. Actual results may vary depending on environmental factors, flight parameters, and firmware versions; refer to real-world experience.
6. ata is provided for reference only. Actual latency varies based on network stability and computer hardware specifications.
7. 4G connectivity is not available in certain countries and regions. Please consult your local dealer for specific regional support details.
8. Permissible operating frequencies vary by country and region. Please consult local laws and regulations for specific operational guidelines.
9. Measured in an interference-free, near-field laboratory setting in regions supporting 2.4 GHz/5.8 GHz dual-band transmission. Actual speeds may vary. High-speed Wi-Fi offloading requires the included SD card and initiates automatically upon docking. The 80 MB/s rate represents the maximum speed for large files (e.g., video); speeds may decrease when transferring smaller files such as photos.
10. At an altitude of 120 m during standard area route photography (orthographic or oblique, without Terrain Follow) at 12MP, the Matrice 5TD achieves an aerial-triangulation checkpoint accuracy of 10 cm. Measured at an official DJI test facility under the following conditions:
(1) Conducted in a well-lit environment with distinct, angular surface features; utilizing an O4 Ground Station calibrated via custom network RTK; planning non-Terrain-Follow area routes in FlightHub 2 at default speeds with 70% side overlap and 80% frontal overlap; capturing 12MP wide-angle photos;
(2) Ground reference markers consisted of exposed, hard materials exhibiting a diffuse reflection profile;
(3) Data post-processing and 3D modeling were executed using DJI Terra or FlightHub 2.
11. Recorded with the telephoto camera aimed directly at the target object. Measured within a controlled testing environment; provided for reference only.
12. Select accessories are sold separately. Mounting accessories to the aircraft may impact flight performance or obstacle-sensing capabilities; strictly adhere to the provided accessory guidelines during operation.
13. Requires the addition of the Matrice 5TD Accessory Mount.
14. Millimeter-wave (mmWave) radar functionality may be restricted or unavailable in certain countries and regions. Please consult local laws and regulations for regional operational details.
15. Supports obstacle sensing for black rubber-insulated wires as thin as 11 mm. Detection and bypass performance depends on environmental conditions (e.g., rain, snow, fog, cloud cover) as well as the target obstacle's material, orientation, and shape. Due to safety system limitations, the aircraft cannot actively avoid fast-moving objects; exercise caution during flight. Refer to the User Manual for complete operational guidelines. Additionally, mmWave radar functionality may be disabled or restricted in select countries and regions; consult local laws and regulations for details.
16. Automatically shifts to black-and-white mode when ambient light falls below 12 lux.
17. High-rise deployments rely on satellite positioning system coverage, which currently supports most regions across the Asia Pacific. Install the O4 Ground Station in an open area, and conduct an on-site survey at the planned installation location using a Matrice 4 Series or Matrice 4D aircraft prior to setup. For comprehensive coverage details and step-by-step deployment instructions, please consult the official Installation and Setup Manual available on the DJI website.
18. Mobile vehicle-mounted deployment is expected to launch in H1 2027; please check the official DJI website for upcoming firmware release updates. This feature supports vehicle takeoff and landing only when the vehicle is fully parked, not while in motion. Deployment requires the Vehicle-Mounted Gimbal Mount and must adhere to local regulations, road safety guidelines, and vehicle height restrictions. For complete setup instructions and safety requirements, refer to the official Installation and Setup Manual on the DJI website.
19. Equipped with the DJI AP1 parachute, the DJI Matrice 5TD complies with EU C5 and UK5 operational standards (STS-01), as well as EU C6 and UK6 requirements (STS-02).
20. Currently, this capability is active only for crewed aircraft fitted with an ADS-B Out transmitter, alongside select DJI models that support Remote ID (RID) and Operator ID (OID).
21. FlightHub 2 enables custom secondary development across various integration scales via three key channels: OpenAPI for atomic-level functional APIs, modular front-end components for embedding complex interactive UIs, and MQTT Bridge for real-time device attribute data forwarding.
22. Free Repair Parts: Within the coverage limit and scope, only the cost of replacement parts needed for repairs is fully covered.'
23. DJI Care Enterprise service terms may vary by country or region, so please consult your local dealer for specific details. Under the plan, users enjoy unlimited free repairs up to their designated coverage limit within the policy scope. Additionally, DJI Enterprise products that activate and bind DJI Care Enterprise Plus within the same 30-calendar-day window can pool and share their coverage limits. To activate flyaway coverage, simply link your user account and bind your gateway device, such as a Dock or O4 Ground Station, using the DJI Enterprise app. Complimentary two-way shipping is provided within supported service regions, though users remain responsible for any additional logistics, customs duties, or fees incurred beyond standard coverage provisions.
24. This highlights the Matrice 5TD's backward compatibility with the core operational capabilities of both the Matrice 4TD and Matrice 4D.
25. Enabling the spotlight deactivates the visual obstacle-sensing system, restricting sensing capabilities to mmWave radar and LiDAR sensors alone. Because this degrades omnidirectional obstacle detection performance, operators must exercise heightened caution during flight.
26. Official Extended Warranty Service: Covers the aircraft body, gimbal camera, and O4 Ground Station. This plan extends your standard coverage by an extra year, ensuring core components remain protected under official factory warranty with expert support from certified engineers.
