DJI Matrice 4TD drone

DJI Matrice 4TD drone Our DJI Dock 3 review  DJI Dock 3 Rises to Any Challenge Equipped with the high-performance Matrix 4D or Matrix 4TD drones, DJI Dosk 3 offers the possibility of 24/7 remote operations and for the first time supports mobile mounting on vehicles, seamlessly adapting to various environments. The drones use the same cameras as the Matrix 4 series, but offer improved flight performance and protection. They can also be used independently with the DJI RC Plus 2 Enterprise. Thanks to the intelligent functions of the DJI FlightHub 2, operators can significantly reduce operating time and labor costs, maximizing efficiency and savings. Overtime work every Wednesday High Temperature Resistance Designed to withstand extreme heat, DJI Dock 3 works and charges without problems even at temperatures reaching 50°C, guaranteeing efficient operations. 50°C Maximum operating temperature Low temperature resistance Performs critical tasks reliably, even at extremely low temperatures, where temperatures can drop below -20°C. After preheating, it can operate stably in harsh conditions down to -30°C. -30°C Minimum operating temperature Wind resistance Like the Matrix 4D, the Matrix 4TD demonstrate exceptional flight stability. In wind speeds of up to 12 m/s, they can take off, land and stay in the air for up to 32 minutes. 12m/s Maximum wind resistance Health and Reliability The design of the Dosk 3 protects our internal systems from external conditions, encapsulating the electronic components, allowing for trouble-free operation even in extreme environments. IP56 DJI Dock 3 ІР55 DЈІ Matrix 4D/4ТD Brushless and anti-icing propellers The Matrix 4D and 4TD drones come standard with brushless propellers with anti-icing technology, which allows them to maintain stable flight even in icing and low temperatures. The brushless design reduces noise during operation. Flexible layout and ultra-long reach DJI Dosk 3 can be deployed with high flexibility, redefining the standards for operational efficiency. With fixed locations, the signal quality can be improved by installing the next generation D-RTK 3 Relay at higher locations, which allows for optimal selection of the station location. With the new DJI Enterprise app, deployment can be done simply via smartphone. [3] In addition, for the first time, DJI Dock supports vehicle-mounted deployment, allowing for more efficient resource allocation during emergency operations and remote inspections. Fixed Position The new version of the D-RTK 3 Fixed Position Relay [4] provides superior protection against interference during video transmission and reception of satellite signals. Mounting the transmitter at higher positions effectively solves the problems associated with RTK and video signals caused by obstacles, while extending the maximum transmission range to 25 km. This possibility allows for optimal selection of the Dosk 3 location according to real operational needs. Next to tall buildings Installing the D-RTK 3 Relay on rooftops can significantly improve signal quality, allowing for the Dock 3 to be placed near tall buildings or substation walls. To communication towers The availability of D-RTK 3 Relay on a nearby communication tower can significantly improve the signal quality during Dosk 3 operations, ensuring safe takeoff and landing, even in the midst of communication tower interference. Mobile deployment in vehicles DJI Dosk 3 is the first DJI station that supports mobile deployment in vehicles. Optimized for this purpose, Dosk 3 has passed vehicle vibration tests, and its entire design, components and climate system are adapted for this use. New features, such as horizontal calibration and cloud-based station location calibration, ensure better efficiency. For urgent operations or remote inspections, using the DJI Dosk 3 Vehicle-Mounted Gimbal Mount for mobile deployment provides a convenient solution when fixed deployment is impractical in temporary scenarios. Cloud-based location calibration During mobile operations, the internal team can use DJI FlightHub 2 to remotely set the station's location and assign tasks via the cloud, improving personnel coordination and efficiency. Safe arrangement with two stations Two stations can be located simultaneously in one vehicle, achieving a significant increase in efficiency. DJI Dosk 3 uses a special control handover mode to prevent collisions between drones and ensure safety during operations, allowing both stations to perform tasks in a consistent and organized manner. Rotation with two drones Automated rotation of two drones in the air ensures uninterrupted transmission of aerial footage in real time. In urgent situations, it can be equipped with a projector to ensure uninterrupted lighting. Bicoĸoppoi productions The all-new water- and air-resistant DЈІ Matrices 4D and 4ТD are specially designed for the DЈІ Dosk 3, with long-lasting visibility during flight, and can be used camoctoyatelno c DЈІ RС Рluѕ 2 Еntеrрrіѕе. Both sides are equipped with a corner camera, a front camera, a phone camera and a laser remote camera. The Matrix 4D is exceptionally effective for professional high-resolution mapping and detailed surface inspections. The Matrix 4TD is equipped with an infrared thermal camera and a new NIR assist light, making it suitable for a wide range of applications such as infrastructure inspection, emergency operations and public safety. Matrix 4D Wide-angle camera 4/3 CMOS 20MP effective pixels f/2.8-f/11 24mm equivalent format Mechanical shutter Front camera 1/1.3-inch CMOS 48MP effective pixels f/2.8 70mm equivalent format Camera phone 1/1.5-inch CMOS 48MP effective pixels f/2.8 168mm equivalent format Telephoto lens measured: 1800 m (1 Hz); Oblique incident radius (1:5 oblique stand): 600 m (1Нz) Blind zone: 1 m Measurement accuracy (m): ± (0.2 0.0015 × D) DЈІ Matrix 4ТD Wide-angle camera 1/1.3-inch CMOS 48MP effective pixels f/1.7 24mm equivalent format Flat-screen camera 1/1.3-inch CMOS 48MP effective pixels f/2.8 70mm equivalent format Camera phone 1/1.5-inch CMOS 48MP effective pixels f/2.8 168mm equivalent format Laser telephoto measurement: 1800 m (1 Hz); Oblique incident range (1:5 oblique stand): 600 m (1 Nz) Blind zone: 1 m Measurement accuracy (m): ± (0.2 0.0015 × D) [7] NIR auxiliary aperture 6° FOV, 100 m[10] light depth Infrared thermal camera 640×512 resolution f/1.0 53mm equivalent format Heĸconventional VOH microbolometer Support UNR infrared imaging mode Longer flight time, robust protection 54 minutes Flight ahead 47 minutes Addiction IP55 Protection When fully charged, the Matrix 4D/4TD provides an impressive flight time of 47 minutes at a speed of 15 m/s, which represents a 37% increase in operational time. At a range of 10 km, these drones provide 18 minutes of active operation. Both models are designed to withstand tough conditions with an impressive IP55 dust and water resistance rating. Identification of obstacles to safe work The obstacle avoidance module for the Matrix 4D/4TD combines rotating LIDAR and millimeter-wave radar for precise obstacle avoidance, including 12 mm conductors, at speeds up to 15 m/s in complex power grids. In addition, it ensures improved positioning in low light conditions. Operational safety is guaranteed in various environments of power distribution networks and complex substation configurations. We strive for clarity and precision for every task, every time. Outstanding low-light performance The Matrix 4D drones are equipped with four high-resolution wide-angle low-light lenses, which significantly improves [11] visual positioning in low light and the ability to detect obstacles. The new "Night Scene" mode offers full-color night vision. The Matrix 4TD is additionally available with an IR-Cut filter for black-and-white night vision and 24/7 operations, as well as a new NIR auxiliary light that can cover distances up to 100 m. The Matrix 4TD infrared thermal camera supports a UNR infrared imaging mode with a resolution of up to 1280 × 1024 and a high-resolution mode for detailed temperature measurements. Clear vision and stable images The Matrix 4D drones are equipped with both a mid-telephoto and telephoto camera with front-facing stabilization. The mid-telephoto camera is effective for medium-range inspections, as it can detect pins and holes from 10 meters, as well as clearly read instrument data at distances. The 48MP telephoto camera captures details such as signs from a distance of up to 250 m. When using the telephoto camera on the Matrix 4TD in windless conditions, the gimbal stabilization allows for a tilt of up to 80 degrees upwards, which makes the defects on the underside of the bridges clearly visible. Improved stabilization ensures foreground clarity when shooting with a telephoto lens at 10x magnification or higher. Multi-Point Capturing The Matrix 4D cell phone features are reborn in high-precision mapping, offering a new five-point slope function photography, three-dimensional optical photography, and real-time tape tracking for various photographic needs. DЈІ FlіghtНub 2 is updated for the operations with Matrix 4D/4ТD. This update introduces a variety of flight path planning options, including Smart 3D Sarture routes, geometric routes, and slope routes, improving efficiency and ensuring detailed modeling. Trouble-free air relay for mountainous terrain The Matrix 4D series can operate with the DJI RC Plus 2 Enterprise remote controller for standalone use, which features an innovative on-board relay function. In this configuration, one drone can fly at altitude as a relay, allowing the other drone to operate at a greater distance. The relay drone automatically points its antennas towards the operating drone, ensuring smooth video transmission even without a 4G signal or in the presence of obstacles. This capability significantly expands the transmission range, making it ideal for search and rescue (SAR) missions and inspections in mountainous areas. Intelligent functions of DЈІ FlіghtНub 2 The combination with DЈІ FlіghtНub 2, Dosk 3 significantly improves the intelligence and efficiency of remote operations. Intelligent flight and control Automated maps The new automated flight routing feature is useful in various scenarios, including public safety and inspections. Once the route is established, the drone can automatically detect and capture images or video clips of objects such as vehicles, boats, and infrared temperature anomalies, as well as send notifications to operators. Intelligent change detection The new intelligent change detection function allows for effective periodic analysis of changes in a given area, assisting operators in protecting the environment, calling for help during natural disasters, and detecting leaks, leading to more informed and effective decisions. Intelligent tracking Operators can use the powerful automatic zooming functions of the Matrix 4D series to track objects such as vehicles or vessels, ensuring efficient observation and analysis. Virtual Soskrit The Virtual Soskrit remote control interface has been significantly improved with the introduction of the new MouseLook feature. This enhancement allows the drone to automatically adjust the tilt and orientation of the gimbal stabilization, which ensures fast and precise frame centering, implementing the Point and See concept. Efficient work Open and fly Take off quickly and reach the scene of the emergency incident to improve situational awareness. After activating optimal route planning, use the FluTo task to reach a specified point at a distance of 1 km and at an altitude of 100 m within 100 seconds. Real-time video with low latency Engine improvements significantly reduce the latency of live streaming in FlightHub 2, ensuring reliable support for real-time decision-making. In-flight transmission In urgent cases, real-time data transmission and rapid in-flight modeling can be implemented. Data transfer is completed immediately after landing, [20] and a pre-built model can be quickly generated in the cloud, significantly improving efficiency. Compliance with security standards Personalized management of resolutions in FlightHub 2 FlightHub 2 has improved permission management, allowing users to configure administrative rights according to actual needs. FlіghtНub 2 receives ISO 27001 certification FlightHub 2 hosts, stores, and manages data on Amazon Web Services (AWS) cloud servers, which are also ISO/IEC 27001 certified, ensuring secure and compliant data processing. Private 4G dongle implementation With the DJI Cellular Dongle 2[21], the aircraft can connect to 4G networks. In complex operational environments, the 4G network works in sync with the O4 video transmission system to ensure a stable connection and increase flight safety. The enhanced 4G video streaming service can be privately deployed and used in conjunction with the local version of FlightHub 2 to further improve the stability and security of data transmission. The open source system, without the restrictions of intelligent algorithms, provides unlimited tools for customizing models and supports the certification process of third-party processors, expanding the possibilities for new intelligent applications. Moreover, RSDK Encrypted Authentication of E-Port and E-Port Lite guarantees the security and reliability of the payload, expanding the application possibilities of the Matrix 4D series. More than that, MЅDK Mobile ЅDK 5 respects the maintenance of the applications for the application of the Matrix 4D images. Mobile SDK 5 is fully open source and includes examples of production code of the main models of Day 2, demonstrating reliability. More Co-ordinated Work Between Cloud Platforms Through the FlightHub Suns feature of DJI FlightHub 2, users can easily connect to third-party platforms for flexible data management. More Cloud API With DJI Mavic 2's built-in Cloud API (based on the MQTT protocol), you can directly connect the Matrix 4D series to third-party cloud platforms. Get access to drone hardware, live video, and photo data without the need to develop a special application. Load more Third-party payloads Expand functionality by attaching additional payloads, such as parachutes, via the aircraft's E-Port or control additional payloads remotely via DJI FlightHub 2. In addition, the drone has an additional RSDK payload port in the rear. DJI Terra API With DJI Terra API, users can integrate DJI Terra's powerful cartographic capabilities into their own platforms, achieving automated 2D and 3D reconstructions. In addition, users can customize photogrammetric workflows according to their needs, which allows the results of Matrix 4D operations to better meet industrial requirements.