All-Weather, All-Hours: Introducing the DJI Matrice 5T

The main upgrades include four times the native thermal pixel count, longer-reach telephoto imaging, IP55 protection, built-in LiDAR and radar, longer flight time, and the RC Plus 3 Enterprise controller. Integrated cellular hardware, expanded airborne relay, and controller-based mapping also extend field capabilities.

Its strongest applications include locating missing people, inspecting electricity lines and solar panels, checking roofs and bridges, and operating from vessels. Thermal, zoom, and low-light cameras allow teams to collect multiple views of the same target with one portable aircraft.

The Matrice 4T and Matrice 5T remain on sale together. There is currently no news regarding a Matrice 5E release.

No. The Matrice 5T is a foldable aircraft deployed from a carrying case, whereas the Matrice 5TD is designed specifically for the Dock 4 platform. The Matrice 5T does not use the Dock, and its spotlight and speaker accessories are distinct from the 5TD versions.

The native thermal resolution is 1280 × 1024, which is four times the pixel count of a 640 × 512 sensor from the Matrice 4T. It supports 2K software-enhanced thermal imaging and up to 32× digital zoom. The enhanced mode processes the image, but the native sensor resolution remains 1280 × 1024.

The minimum thermal focus distance is 10 m. This is critical for close inspection work on roofs, electrical equipment, and structures, as moving closer can put the thermal image out of focus even when the visible-light image remains sharp.

It features a wide camera with a 1-inch sensor class, a 3× mid-telephoto camera, and an 11× telephoto camera. Maximum visual zoom reaches 176×, including digital enlargement. The mid-telephoto view helps capture inspection detail while keeping more of the asset in frame.

All three visible-light cameras support colour night modes. The telephoto camera also supports monochrome night vision with its IR-cut filter removed, assisted by a near-infrared illuminator reaching up to 100 m. Thermal imaging provides an independent view of heat signatures.

Yes. It supports area temperature measurements, threshold alarms, thermal picture-in-picture, and adjustable fusion with visible imagery. Thermal AI recognises patterns in the infrared image, while temperature alarms respond to a selected threshold. It also supports specialist calibration using a blackbody reference.

Thermal imaging helps locate heat signatures, while zoom and low-light cameras identify what the team has found. The 3 km laser rangefinder allows teams to mark target locations, and FlightHub 2 sharing passes information to other members. The optional spotlight and speaker can assist in communicating with a person or guiding a ground team.

Yes. Higher thermal resolution reveals smaller temperature anomalies across panels and electrical assets, supported by detail from the visible-light cameras. Operators must account for the 10 m minimum thermal focus distance when planning close inspections.

Yes. The line-inspection tool follows conductors or ground wires and captures images at selected zoom and interval settings. Built-in sensing supports power-line detection by day and night at up to 32 m under suitable conditions, bringing automated line-following to a portable aircraft.

Yes. Its combined sensing system supports positioning in low- or no-GNSS environments. The camera tilts up to 90° for viewing overhead structures, and the AL2 spotlight can illuminate upwards, which is ideal for bridge undersides where satellite reception is restricted.

The aircraft features IP55 protection and an operating temperature range of −20°C to 50°C. LiDAR, millimetre-wave radar, and omnidirectional vision handle obstacle sensing. Anti-icing propellers are available separately.

Maximum flight time is 59 minutes, with up to 54 minutes of hover time. Planning for 40–45 minutes is a practical starting point, depending on conditions and reserves. Maximum transmission distance is 40 km, and maximum total flight distance is 45 km.

The 515 W charging system takes a battery from 10% to 95% in approximately 30 minutes. With suitable power, three batteries support continuous rotation through flying, cooling, and charging. The hub charges sequentially and includes active cooling.

No. The aircraft must be powered down to replace the flight battery. However, an optimised startup allows for retakeoff in as little as 10 seconds to shorten turnaround times.

No. The 215 Wh flight battery exceeds Air New Zealand’s 160 Wh passenger-baggage limit, meaning it cannot travel in carry-on or checked baggage. Partly discharging it does not change its rated capacity. Operators must arrange battery freight ahead of time for domestic jobs involving passenger flights.

The RC Plus 3 Enterprise features a 1920 × 1440, 2,000-nit display with a 4:3 layout. It supports combinations of camera feeds, vision assist, and maps. The internal battery runs for up to six hours and charges via USB-C; there is no removable external battery.

No. Cellular hardware is built in, featuring two nano SIM positions in the aircraft and one in the controller. The aircraft automatically selects the stronger network link.

A Matrice 5T can relay the connection to another active Matrice 5T, overcoming radio-path obstructions like steep terrain. Supported configurations include one controller with two aircraft, two controllers with two aircraft, and two controllers with three aircraft (including a two-hop relay option). Current relay support is exclusively Matrice 5T-to-Matrice 5T.

The controller can generate a 2.5D map from 200 photos in approximately eight minutes for rapid scene assessment. The wide camera uses an electronic rolling shutter with precise image-positioning information and Terra processing to compensate for motion effects, supporting RAW images and a 0.5-second photo interval.

It supports over 20 built-in object categories using visible-light or thermal imagery. Visible-light recognition can filter people by clothing colour. It provides 10 TOPS of onboard computing for custom AI models and supports Pilot 2 plugins for industry-specific mission planning and annotation.

Yes. FlightHub 2 handles sharing, coordination, and remote piloting, while Terra supports mapping and modelling, including thermal reconstruction. Remote piloting still requires the aircraft to be physically deployed on site.

It uses the Matrice 5T AL2 spotlight and AS2 speaker, which can be fitted together. The spotlight provides spot, flood, and strobe modes. The speaker supports live broadcast, loops, text-to-speech, and coloured strobes, with a broadcast reach of up to 400 m under suitable conditions.

Yes. It supports up to 400 g of accessories. Third-party installations require compatible mounting, power, and clearance.

Yes. It supports boat launch and automated recovery using a specific visual landing pad, allowing for landings on vessels moving at up to 10 knots.

The Matrice 5T suits teams prioritising portability alongside an integrated camera system. A Matrice 400 setup offers different payload flexibility for more demanding inspection requirements.

AP1 parachute support is scheduled for early 2027. Manifold 3 compatibility and relay support with earlier aircraft models are also planned for future updates.

Basic maintenance is recommended roughly every six months, depending on usage. Standard maintenance should occur every 12 months or 200 flight hours, whichever occurs first. Specific warranty expiration dates are available via DJI service records. The drone includes one year of complimentary Enterprise Care Plus, offering coverage for a single flyaway incident, with renewal options extending up to five years.