Raising the Bar
The DJI Matrice 300 RTK takes inspiration from modern aviation systems and offers up to 55 minutes of flight time, advanced Artificial Intelligence , 6 directional and positioning sensors and so much more. The M300 RTK sets a whole new standard by combining high-performance with intelligence and ultimate reliability.
A Feature-Packed Platform
The M300 RTK comes equipped with the following features and capabilities:
- IP45 Rating (Water and Dust Resistant)
- 9.3 Mile (15 km) Transmission Range
- UAV Health Management System
- Hot-Swappable TB60 Battery
- Primary Flight Display
- 55-Minute Maximum Flight Time
- 6 Directional Sensing and Positioning System
- -4°F to 122°F (-20°C to 50°C) Operating Temperature
Enhanced Transmission Range
DJI's OcuSync Enterprise transmission system allows flights up to 9.3 miles (15 km) away and supports triple-channel 1080p video. Real-time auto-switching between 2.4 GHz and 5.8 GHz4 enables more reliable flight near high-interference environments, while AES-256 encryption offers secure data transmission.
Improved Flight Performance
The refined M300 RTK airframe and propulsion system design gives you a more efficient and stable flight, even in the harshest of conditions.
- 15.6 mph (7 m/s) Maximum Decent Speed
- 33.5 mph (15 m/s) Wind Resistance
- 51.4 mph (23 m/s) Maximum Flight Speed
- 22,966 ft | 7000 m | 4.34 mile Service Ceiling
Multiple Payload Configurations
The DJI Matrice 300 RTK can mount up to 3 payloads simultaneously and features a maximum payload capacity of 5.95 lbs. (2.7 kg)
- Single Downward Gimbal
- Single Upward Gimbal with Single Downward Gimbal
- Single Upward Gimbal with Two Downward Gimbals
Live Mission Recording
Record mission actions such as aircraft movement, gimbal orientation, photo shooting, and zoom level to create sample mission files for future automated inspections.
AI Spot Check
Automate routine inspections and capture consistent results every time. Onboard AI recognizes the subject of interest and identifies it in subsequent automated missions to ensure consistent framing.
Create up to 65,535 waypoints and set multiple actions for one or more payloads, including 3rd party ones, at each waypoint. Flightpath planning is also optimized to maximize flexibility and efficiency for your missions.
Mark an object in camera or map view with a quick tap, and advanced sensor fusion algorithms will immediately calculate its coordinates, which are projected to all camera views as an AR icon. The location of the subject is automatically shared with another remote controller, or to online platforms such as DJI FlightHub.
DJI Smart Track
Identify and follow moving subjects like people, vehicles, and boats with the Smart Track function, where auto-zoom is applied for steady tracking and viewing. The subject’s dynamic location is continuously acquired and shared to another remote controller or to DJI FlightHub.
Aviation-Grade Situational Awareness
The DJI M300 RTK adopts a new Primary Flight Display (PFD) that integrates flight, navigation, and obstacle information to empower the pilot with exceptional situational awareness.
Pilots can also view the live status of the aircraft’s heading, trajectory, PinPoint information, and home point projection, in a more efficient way. Visualize all nearby obstacles at once with the new obstacle map, so you can be fully informed.
Flight information such as aircraft attitude, altitude, and velocity, as well as wind speed and wind direction, are all intuitively presented.
Advanced Dual Control Feature
Either operator can now obtain control of the aircraft or payload with a single tap. This creates new possibilities for mission strategies as well as higher flexibility during operations.
A Powerful Vision System You Can Depend On
To enhance in-flight safety and aircraft stability, dual-vision and ToF sensors appear on all six sides of the aircraft, offering a maximum detection range of up to 40 m, with options to customize the aircraft’s sensing behavior via the DJI Pilot App. Even in complex operating environments, this 6 Directional Sensing and Positioning system helps keep the aircraft and the mission safe.
The new integrated Health Management System displays the current status of all systems, notification logs, and a preliminary troubleshooting guide. Also in the system are the aircraft’s flight logs, duration, and mileage throughout its entire lifecycle, and tips on aircraft care and maintenance.
Built-In Redundancy Systems
The M300 RTK’s built-in advanced redundancy systems help keep your critical missions going even in unexpected scenarios.
The Matrice 300 RTK platform is designed with extensive system and sensor redundancies to maximize flight safety and reliability. These redundancies and safety mechanisms include: dual flight control system sensors, dual control signal links, dual intelligent batteries, dual transmission links, obstacle sensor system redundancies, and three-propeller emergency landing.
Dual Inertial Measurement Units
An inertial measurement unit (IMU) measures the aircraft’s real-time three-axis acceleration and angular velocity, and helps calculate the aircraft’s velocity, position, and attitude angle. The M300 RTK is designed with an industrial-grade IMU redundancy, in addition to fault diagnostics mechanisms and redundancy switching algorithms. In the unlikely case that the main IMU fails, the backup IMU will activate within 200 milliseconds to maintain flight safety and reliability.
A barometer determines relative altitude based on atmospheric pressure, and provides precise altitude readings for the aircraft. The M300 RTK’s dual barometer redundancy design allows the drone to switch to the backup barometer if the primary one fails, ensuring flight stability and aircraft reliability.
Dual RTK Antennas + GNSS Module
The Real Time Kinematic (RTK) system is a positioning system that generates aerial data including latitude, longitude, and altitude readings for the drone’s flight control system. These data allow the aircraft to perform actions such as flying with manual commands through the remote controller, following an automated flight path, or hovering steadily and precisely. The RTK system is also capable of writing centimeter-level accurate metadata in the images taken, which meets the high accuracy requirements of the surveying and mapping industry. In addition to maintaining the drone’s heading, the dual RTK antennas also back up the compasses so that the drone can safely and stably navigate complex environments with electromagnetic interference, such as near power lines or metallic structures. The M300 RTK’s GNSS module supports GPS, GLONASS, Beidou, and Galileo satellite positioning systems, and is also backed up by the dual RTK antennas, providing the aircraft with accurate positioning capabilities wherever the mission takes place.
A compass provides heading information for the drone. The M300 RTK has two compasses to ensure that it continues on the right course even if one of the compasses fails. Meanwhile, the compasses are backed up by the two antennas in the RTK modules, so that in the case where the RTK modules are blocked, the compasses can still help the drone maintain course.
Six Pairs of Vision Sensors
The vision sensor pairs provide binocular machine vision, which senses changes in the aircraft’s position and attitude, visually positioning the aircraft while helping it sense obstacles. If one or more of the sensor pairs are down, the ToF sensors and the remaining vision sensors can still keep the drone functioning safely.
Obstacle Sensing Range:
Forward / Backward / Left / Right: 0.7 - 40 m
Upward / Downward: 0.6 - 30 m
Six Infrared ToF Sensors
Infrared ToF sensors resolve the distance to an object using time-of-flight techniques, measuring the round trip time of an infrared light signal. The M300 RTK is equipped with ToF sensors that provide real-time information on the surroundings of all six sides of the aircraft. When operated at night or in lowlight conditions, and if the vision system is out of commission, the drone can still rely on the ToF sensors to maintain obstacle sensing abilities.
Obstacle Sensing Range:
0.1 - 8 m FOV 30°
The vision and ToF sensor systems back each other up in all 6 directions, so that even if the vision system is unavailable in dark places, the ToF sensors can provide the drone with enough information to steer clear of obstacles.
The 60 Hz auxiliary lights on the top and bottom of the aircraft have a 5-meter effective distance. When enabled, they will be turned on automatically in suboptimal lighting conditions so that the vision sensor system can continue working.
Control Signal Redundancy
Pulse width modulation (PWM) signals are used by default for communication between the flight control system and the Electric Speed Controller system. In the highly unlikely case that they become unavailable, the universal asynchronous receiver-transmitter (UART) communication link will take over to keep the critical control signals stable and secure.
Dual Intelligent Batteries
The M300 RTK is powered by two batteries, each with a capacity of 5,935 mAh, a voltage of 52.8 V, and a maximum charging power of 470 W. They ensure that even if there are issues with one battery during flight, the other one can help the aircraft return and land safely.
Dual Transmission Links
The M300 RTK’s two antennas ensure that if one is down, the other one can jump right in to continue transmitting. Meanwhile, both the 2.400 to 2.4835 GHz and the 5.725 to 5.850 GHz bands are supported, so in high-interference environments where one band becomes unavailable, the drone will automatically switch to the other band.
Dual Remote Controller Mode
The dual remote controller mode of the M300 RTK allows each of the two operators to take over control of the aircraft and payloads quickly in the case where communication is lost between the RC and the drone. Operations can continue seamlessly without compromising flight safety.
Three-propeller Emergency Landing
In the unlikely case of a motor malfunction during flight, the M300 RTK can make an emergency landing with just three propellers/motors. Basic controls, such as ascending, descending, and horizontal movements, are still in place. Inevitably, the drone and the payload will be damaged during the landing, but the operator can choose to land somewhere away from people or buildings to keep them safe.
Extra-wide FPV Camera
The FPV camera has a 145° FOV and delivers a live feed at 960p. Even if the main payload camera is not working, the FPV camera still allows the pilot to maintain sufficient situational awareness to safely land the drone.
The M300 RTK is equipped with DJI AirSense, a technology that enhances airspace safety by providing the operator with real-time information about airplanes and helicopters within 20 km, including their position, altitude, heading, and velocity. The risk of a close encounter with another aircraft is sent to the pilot in real-time in the DJI Pilot app, so informed decisions can be made quickly to ensure safety.
Made to be Adaptable
The Matrice 300 RTK features many amazing capabilities:
- IP45 Ingress Protection Rating
- Anti-Collision Beacon
- AirSense ADS-B Receiver
- Self-Heating Intelligent Batteries
- -4°F to 122°F (-20°C to 50°C) Operating Temperature
BS60 Battery Station
The BS60 battery station manages up to 8 flight batteries and 4 remote controller batteries, while fast charging allows you to conduct your missions without running out of power.
TB60 Intelligent Flight Battery
The high-capacity, hot-swappable TB60 Intelligent Flight Battery lets operators change batteries without powering off, saving time during critical missions.
For an added safety measure, a Circular Scanning Millimeter-Wave (CSM) Radar with a detection range between 1 to 30 m can be mounted on top of the aircraft.
D-RTK 2 Mobile Station
Gain improved relative accuracy with centimeter-level precision positioning data using the D-RTK 2 High Precision GNSS Mobile Station, which supports all major global satellite navigation systems and provides real-time differential corrections.
DJI Smart Controller Enterprise
The DJI Smart Controller Enterprise comes with an ultra-bright 5.5-inch 1080p display that maintains clear visibility even in direct sunlight.
- Twice as bright as conventional smart devices at 1000 cd/m²
- Integrated HDMI port
- Supports DJI Pilot and 3rd party app
- Advanced Dual Operator Mode
- Built-in microSD card slot
- -4°F to 104°F (-20°C to 40°C) operating temperature
Multiple Payload Options
The Matrice 300 RTK has a payload for virtually every commercial application.
An integrated Lidar + survey-grade RGB solution for true-color point clouds.
A 45MP full-frame sensor with 3 lens options for photogrammetry flight missions.
Hybrid sensor solution with LRF, zoom and wide camera.
Hybrid sensor solution with LRF, zoom, wide and thermal camera.
Dual-sensor camera with a 4K visual sensor and thermal imaging with <50 mK sensitivity.
30× optical zoom camera ideal for detailed inspections.
For specialized missions and tasks.
Estimate your M300 RTK’s flight time based on the payload configuration.
DJI Pilot is developed specifically for enterprise users to unleash the power of their DJI drones. With development made specifically for the M300 RTK, DJI Pilot optimizes your flight capability for peak performance.
DJI FlightHub is a one-stop solution for managing your drone operations, supporting large organizations to effectively scale their aerial operations. Compatible with the M300 RTK, you can integrate FlightHub directly into your existing fleet of DJI drones and leverage its aerial intel across your organization.
Harness the full computing power of your M300 RTK. Onboard SDK supports customized development of a wide range of features such as 6 Directional Sensing and Positioning, UAV Health Management System, Waypoints 2.0, and more.
Integrate a variety of 3rd party payloads like gas detectors, loudspeakers, multispectral sensors, and more. Payload SDK supports DJI SkyPort, DJI SkyPort V2, and DJI X-Port. These greatly reduce the payload development lifecycle and maximize the potential of your payloads in more diverse scenarios.
With a large network of 3rd party mobile applications, you can unlock the capabilities of your drone platform to meet specialized mission needs. Utilizing Mobile SDK, the M300 RTK supports highly customizable mobile app development.