Name: DJI Matrice 5T
Brand: DJI
SKU: 48012123832497
Availability: InStock

Highly Versatile Compact Flagship

Matrice 5T

Always in Its Element

DJI Matrice 5T

DJI Matrice 5T integrates LiDAR, mmWave radar, and vision sensing ¹ with IP55 rating ², excelling in emergency response, inspection, and surveying even in harsh environments. 1K thermal and enhanced night vision reveal detail day and night. Up to 59-min flight time³ and relay modes⁴ extend reach, while open onboard AI and Pilot 2 plugin support power smart on-site workflows.

1K Thermal Imaging,
Enhanced Night Vision

Infrared Thermal Camera⁶, Native 1K Resolution

Featuring a native 1280×1024 resolution, the thermal camera quadruples the pixel count of standard 640×512 sensors. Enable UHR Infrared Image for real-time 2560×2048 footage at 30 fps. Even against complex backgrounds, heat anomalies remain clearly defined.

Wide-Angle Camera, Full-Color Night Vision

A large 1/0.98-inch sensor and fast f/1.8 aperture capture more light. Backed by AI low-light enhancement, ISO sensitivity reaches 1,600,000, delivering vivid full-color imagery in conditions as dark as 0.01 lux⁷

Medium Telephoto, Mid-Range Precision

Equipped with a 50 MP sensor and 3× optical zoom, the camera resolves sharp details at medium range. During power line or bridge inspections, it can detect pins and cracks from 10 meters away and clearly read instrument data at substations⁸

Telephoto Camera, Monochrome Night Vision

With an 11× optical and 176× hybrid zoom, the 50 MP sensor reads license plates from up to 400 m away⁹. An RYYB array offers greater light sensitivity per unit area than a standard RGGB array, for better low-light performance. Adjusting the IR cut filter further lowers the operational lux threshold.

Ranging and View Assist

Laser Range Finder

With a maximum measurement range of 3 km¹⁰, the system supports pinpointing, line drawing, and area calculation to quickly mark assets or measure wildfire perimeters.

NIR Auxiliary Light¹¹

An NIR illuminator provides up to 100 m of effective illumination¹², complementing the telephoto camera's monochrome night vision for clearer close-up detail.

Dual-Light Fusion

Thermal and visible feeds fuse on the remote, enabling temperature checks and alerts directly on the visible view. A dial quickly adjusts the fusion ratio. Split screens display up to 3 simultaneous feeds from wide, tele, thermal, map, and Vision Assist.

Omnidirectional Sensing¹
IP55 Rating ²

Built for Challenging Conditions

As a compact enterprise flagship, Matrice 5T features an IP55 rating², allowing it to operate in challenging conditions including dust and rain. It also performs reliably across a broad temperature range of -20° to 50° C (-4° to 122° F)

Wire-Level Obstacle Sensing¹³

For the first time in a DJI compact enterprise drone, DJI integrates LiDAR, mmWave radar, and an omnidirectional vision system¹. LiDAR identifies thin obstacles at night, detecting power lines up to 32 m away¹⁴. In fog, rain, or dust, mmWave radar cuts through interference to sense its surroundings.

Low-Light Flight Safety

The omnidirectional low-light sensing system¹⁵ uses full-color fisheye sensors¹⁶ to maintain visual positioning in conditions as dark as 0.5 lux, while Vision Assist now provides full-color imagery for enhanced situational awareness. In dim urban areas, vision and LiDAR work together for reliable sensing; in pitch-black wilderness, LiDAR takes over to detect obstacles ahead.

Weak-GNSS Positioning and Operation

In weak-GNSS environments such as under bridges¹⁷, in deep canyons, or between urban high-rises, Matrice 5T fuses visual and radar data to map surroundings in real time. This delivers reliable positioning for smooth flight operations.

Airspace Awareness

Built-in ADS-B and RID receivers enable Matrice 5T to detect nearby manned and unmanned aircraft in real time, issuing timely alerts. In congested airspace or multi-drone environments, this provides operators with comprehensive situational awareness, helping prevent collisions and maintain safe separation.

Open Edge AI,
On-Site Intelligence

Over 20 Target Detection Types

Built-in AI models detect over 20 target types for broad scenario adaptability. By analyzing thermal and visible feeds in parallel on a split screen, the system swiftly locks onto vehicles, vessels, fires¹⁸, and other target types. Open onboard computing supports third-party models, allowing flexible deployment of custom algorithms.

FlightHub 2 Multimodal Cloud Detection

When DJI Pilot 2 is connected to DJI FlightHub 2, cloud computing enables target searches using text or image prompts. The multimodal LLM accurately interprets prompts, detects objects, and triggers alerts, providing comprehensive situational awareness across all scenarios.

AI Patrol Routes

Simply outline an area on the map, and the system automatically generates an efficient patrol route. It detects targets in real time and executes custom actions like hovering, capturing photos, recording video, or broadcasting audio. Post-flight, it compiles results into detailed reports, greatly automating routine inspections.

O4 Enterprise Transmission,
Multiple Relay Modes⁴

O4 Enterprise Enhanced Video Transmission System

Leveraging the sub2G frequency band¹⁹ and a high-gain smart antenna array on the remote, O4 Enterprise Enhanced transmits up to 40 km²⁰. Adaptive multi-band switching²¹ resists urban interference. Dual built-in DJI Cellular Dongle 2 modules enable automatic switching to the optimal network link, maintaining signal stability despite physical obstructions²².

Multiple Relay Modes⁴

Single-Relay, Dual-Controller

A single relay drone provides signal extension for one operational aircraft, expanding the overall operational range.

Single-Relay, Single-Controller
One remote controls both the relay and operational aircraft. The relay intelligently adjusts its attitude and hover position to maintain an optimal link.

1 Relay, 2 Controller, 3 Aircraft
A single relay drone simultaneously relays data for two operational aircraft, making it ideal for large-scale, coordinated multi-drone operations.

Dual-Relay, Dual-Controller

Two relay drones transmit data sequentially to the operational aircraft, further extending the operational range.

Robust Power, Extended Endurance

59-Min Max Flight Time³

Equipped with a 215Wh high-energy-density battery, the aircraft delivers prolonged hover times. A single takeoff covers a broader operational area, reducing battery swaps and site transfers.

Comes With Low-Noise Propellers

The standard propellers feature a bionic "bat-wing" swept tip design to optimize airflow and vortex structures, reducing flight noise to as low as 80 dB(A)²³ while boosting aerodynamic efficiency.

23m/s Max Flight Speed²⁴
In emergencies, Matrice 5T powers on and takes off in just 10 seconds. It rapidly reaches the scene to deliver critical live feeds, providing valuable time for subsequent command and dispatch.

Reliable Power Redundancy
Single-axis thrust increases by 98% over Matrice 4T [25]. A phase-loss algorithm detects anomalies in milliseconds. Even with a phase-loss fault, the affected arm still outputs 50% of its max thrust [25] for stable hovering and a safe landing.

High-Accuracy Surveying,
Rapid Modeling

Paired with DJI Terra, Matrice 5T delivers centimeter-level surveying accuracy without requiring GCPs²⁶. It handles both routine inspections and high-precision aerial mapping.

2D Thermal Mapping

DJI Terra stitches thermal images using visible-light positioning as a reference to create 2D thermal orthomosaics. Read temperatures and mark anomalies directly, improving efficiency for large-scale solar and grid inspections.

Rapid On-Site Modeling

During flight, the remote receives images in real time to rapidly generate local point clouds or 2.5D models. Direct annotation and measurement are supported on 2.5D models²⁷. Processing 200 photos takes just 8 minutes²⁸.

Smart 3D Capture

Build a rough model on the remote to auto-plan precise routes that closely follow the subject's surface. Complete detailed modeling in one flight, and view virtual routes and waypoint photos to assess safety and coverage.

Versatile Applications, Custom Pilot Plugins

Foreground Stabilization

A built-in AI foreground segmentation model separates targets from backgrounds during telephoto shooting. This reduces interference, keeping subjects in sharp focus with clear details.

Power Line Inspection²⁹

Matrice 5T uses its top-mounted LiDAR to detect and lock onto power and ground wires, automatically flying laterally along the line. This efficiently identifies grid hazards like broken strands or suspended foreign objects.

Boat Launch³⁰

For maritime patrols and inspections, Matrice 5T supports taking off from moving vessels. Upon mission completion, it recognizes the landing point pattern on the deck to land.

Pilot 2 Custom Plugins

Developers can integrate custom capabilities into DJI Pilot 2 as floating windows, eliminating the need to build standalone apps. By leveraging existing features, teams can focus on their core business functions.

Built-in ADS-B and RID receivers enable Matrice 5T to detect nearby manned and unmanned aircraft in real time, issuing timely alerts. In congested airspace or multi-drone environments, this provides operators with comprehensive situational awareness, helping prevent collisions and maintain safe separation.

Software Designed
for Industries

DJI Pilot 2

Automate tasks with Cruise, FlyTo, Smart Track, and POI. A split screen displays preset combinations of wide, tele, thermal, map, and Vision Assist feeds, minimizing switching between views³¹. Open plugins integrate third-party capabilities directly.

DJI FlightHub2

Offers cloud-based aircraft and gimbal control, remote takeoff and landing, FlyTo Task, and Smart 3D Capture, geometric, and slope route planning. A multimodal LLM searches for targets using text or images. Simultaneous live feeds keep air and ground teams synchronized in multi-drone cooperation.

DJI Terra

Outputs 2D, 3D, and point cloud models for GIS, emergency response, and construction. Offline visible light PPK and D-RTK 3 imports improve reconstruction accuracy for GCP-free operations. It also enables 2D thermal mapping, rolling-shutter reconstruction, and video frame reconstruction for advanced surveying tasks.

DTAT 3.0

After completing thermal imaging operations with Matrice 5T, you can use the DTAT 3.0 thermal analysis tool to mark, analyze, and process images, detecting abnormal temperature points.

User Data Security

Media Data Encryption

Local Data Mode

One-Tab Clear Logs

AES-256 Video Transmission Encryption

Intelligent Algorithm Developer

Provides model training tools and third-party developer certification process to access onboard computing capabilities, helping expand the application of intelligent algorithms across drone use cases.

MSDK

Mobile SDK V5 lets developers build custom apps or use a plugin architecture to leverage core DJI Pilot 2 features. It comes with fully open-source, production-level code samples with core modules adapted from DJI Pilot 2.

PSDK

E-Port V3 supports encrypted authentication to verify third-party payloads and secure data transmission, expanding Matrice 5T applications.

Cloud API

With DJI Pilot 2's built-in Cloud API (MQTT-based protocol) you can directly connect Matrice 5T to third-party cloud platforms. Access the drone's hardware, live video streams, and photo data without having to develop an app.

Application Scenarios

Get in Touch

Give us a call or drop by anytime, we will answer all enquiries within 24 hours on business days. We will be happy to answer your question

Contact Information

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Our team is always here to help.

+1 866 300 9012

contact@measur.ca

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* All data on this page was collected with a production model of DJI Matrice 5T in a controlled test environment. Actual experience may vary depending on the environment, usage, and firmware version.

** All videos and photos on this page were shot in strict compliance with local laws and regulations. Demos, including wildlife, were shot from a safe distance and are used for reference only. Always check and adhere to local laws and regulations, and ensure all necessary permits and certifications have been obtained prior to flight.

1. Refer to the User Manual on the Downloads page for operating conditions and precautions of the omnidirectional vision system. Positioning and obstacle-sensing performance may be affected by the flight environment and obstacle characteristics. Please fly with caution.

2. Please follow the requirements stated in the IP55 protection rating instructions. This product has been tested under controlled laboratory conditions and achieved an IP55 rating. IPX5 water-resistance test conditions: (1) nozzle internal diameter of 6.3 mm; (2) water flow rate of 12.5 L/min (±5%); (3) water pressure of approximately 30 kPa; (4) distance from the nozzle to the product: 2.5 to 3 m; (5) test duration of at least 1 minute per square meter of surface area, with a total duration of at least 3 minutes; (6) water sprayed onto the enclosure from all directions. IP5X dust-resistance test conditions: (1) dry, non-abrasive fine dust used as the test medium; (2) fineness sufficient to pass through a flat square-mesh sieve with a mesh aperture of 75 μm and a wire diameter of 50 μm; (3) dust concentration of 2 kg per cubic meter of test chamber volume; (4) test duration of 8 hours; (5) test conducted in a sealed dust chamber. The IP rating is not permanently effective and may decrease due to normal wear and tear.

3. Measured in a controlled wind tunnel environment under conditions equivalent to a windless environment at sea-level altitude, with the aircraft flying forward at approximately 9 m/s without payloads until reaching 0% battery level. Data is for reference only. Actual flight time may vary depending on the flight mode, accessories, and environment. Please pay attention to reminders in the app.

4. This feature is unavailable in countries or regions without 5GHz frequency support. Refer to local laws and regulations for more information.

5. Listed accessories are sold separately.

6. DO NOT expose the infrared thermal camera lenses to strong sources of energy such as the sun, lava, or a laser beam. Otherwise, the camera sensor may be burned, leading to permanent damage.

7. Measured in a specific test environment with Night Scene mode enabled and ISO set to the maximum of 1,600,000. Actual observation and calibration results may vary due to environmental factors such as atmospheric visibility, target surface reflectivity, and light pollution. Refer to actual usage.

8. Measured under standard lighting conditions from a horizontal position 10 meters away from the subject, with a direct line of sight.

9. Captured with the tele camera directly facing the subject.

10. Measured at an ambient temperature of 25° C (77° F), with visibility greater than 8 km, target reflectivity > 25% (905nm wavelength), and the LiDAR beam striking the target surface perpendicularly.

11. The NIR auxiliary light is suitable for the lighting needs of the tele camera.

12. Measured when the aircraft is hovering 100 meters above the ground, with the tele camera effectively capturing images.

13. When directly facing a transmission line (21.6 mm steel-core aluminum stranded wire), obstacle sensing is supported at speeds up to 21 m/s. When directly facing a distribution line (12 mm steel-core aluminum stranded wire), obstacle sensing is supported at speeds up to 15 m/s. Obstacle sensing performance may vary depending on environmental conditions (such as cloud, fog, rain, or snow), as well as the material, position, and shape of the target object. Due to the limitations of the safety system, the aircraft cannot actively avoid fast-moving objects; please fly with caution in such environments. Refer to the user manual for more information. The mmWave radar function may be unavailable or restricted in some countries or regions. Refer to local laws and regulations for more information.

14. Measured with a 21.6mm steel-core aluminum stranded wire within the LiDAR FOV under sunny conditions with good lighting and no direct sunlight (illuminance < 35,000 lux).

15. Without installing the spotlight or speaker accessories, the visual obstacle sensing remains active in urban night lighting scenarios. The Vision System cannot detect object surfaces without texture features or with illumination less than 0.5 lux. Refer to the user manual for more information.

16. When the ambient light is below 12 lux, the visual sensor switches to black-and-white mode.

17. The vision system may not function properly when DJI Matrice 5T flies over water. Maintain full control of the aircraft at all times. Fly in environments with adequate lighting and clearly textured surfaces below the aircraft. Avoid environments with reflections and dynamic changes.

18. Fire detection is only available in the visible-light camera view.

19. The feature is not available in some countries and regions. Check local laws and regulations for more information.

20. The 40 km max transmission distance is achieved under the IC standard. The maximum transmission distance is 20 km under the SRRC standard in Mainland China, the CE standard in Europe, and the MIC standard in Japan. Measured in an unobstructed environment free of interference. The above data shows the farthest communication range for one-way, non-return flights under each standard. During your flight, pay attention to the RTH reminder on the DJI Pilot 2 app.

21. Allowed operating frequencies vary by country and region. Refer to local laws and regulations for more information.

22. Must be used in areas with cellular network coverage.

23. Measured in accordance with the GB 42590-2023 standard. The testing distance was 4.5 m, with the ground measuring point at 0.5 m height and the side measuring point at 5 m height. Actual flight noise may vary depending on the environment, payloads, and flight conditions.

24. Measured in a controlled wind tunnel environment under conditions equivalent to a windless environment at sea-level altitude.

25. The single-axis thrust comparison is based on the maximum test-bench thrust measured against Matrice 4T under identical laboratory conditions. Both tests were conducted under conditions equivalent to a windless environment at sea-level altitude, with the single-axis propulsion system secured to a test bench and tested at the battery platform voltage. Actual flight payload is affected by multiple factors, including aircraft configuration, flight attitude, and environmental conditions. Please refer to the official Specs page for the maximum payload capacity.

26. Measured with the aircraft executing Ortho or Oblique operations in Area Route (not Terrain Follow) at an altitude of 120 m, capturing 12 MP images.

27. Measured at a flight altitude of 100 m and a flight speed of 15 m/s, with an 80% forward overlap rate and a 70% side overlap rate.

28. Measured in an environment with interference levels below -90 dBm and the aircraft within a 500 m radius of the remote controller. The processing time is calculated from the completion of image capture to final output.

29. In windless conditions, the power line inspection feature supports single-, twin-, quad-, hexa-, and octo-bundled conductors, as well as ground wires, with an inclination of less than 40°.

30. It is recommended to use the feature when the ship speed is below 10 knots and the wind speed is below 5 m/s; exercise caution in other environments. It is recommended to reserve a 3 m × 3 m takeoff and landing space on the deck. Standard landing point pattern files are available on the download page.

31. Displays a maximum of three feeds simultaneously. Custom combinations are not supported.

32. Value-added service offerings may vary by country or region. Consult your local dealer for details. Unlimited Number of Free Repairs: Get free repairs within the coverage scope and amount. Shared Coverage: DJI Enterprise products activated and bound to DJI Care Enterprise Plus within the same 30-calendar-day period can share coverage limits. Flyaway Coverage: Your device is covered for flyaway incidents after linking your account and binding the remote controller via the DJI Pilot 2 app. Free Two-Way Shipping: Available in regions covered by DJI Care Enterprise. Users are responsible for additional costs including logistics and customs duties incurred beyond the scope of coverage. Official Extended Warranty Service: Covered components include the aircraft body, gimbal camera, remote controller, and charging hub.

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