The drone brand Daotong Intelligent recently officially released the industry-applied drone-Dragon Fish, based on the tilt-rotor structure. Prior to this, Daotong Technology had many years of experience in the field of automotive intelligent diagnosis and detection and successfully went public, and Daotong Intelligence also released the first 8K folding drone EVO II at this year’s CES. The “Arowana” released this time has a flight time of up to 120 minutes and an image transmission distance of 30KM. As an industry drone, it can be used in police law enforcement, forest fire prevention, power inspection, traffic law enforcement, coastal defense, agricultural monitoring, etc. In many fields, complete the tasks stably and efficiently. The price has not yet been announced, and it is expected to be six figures.
Arowana adopts independent and innovative tilting wing tip design, which combines the dual advantages of multi-rotor take-off and landing flexibility and fixed-wing long-term endurance; the whole machine adopts quick-release and efficient aerodynamic design, which makes the flight performance industry leading while being portable and easy to use. Level. Arowana takes up to 120 minutes to fly, and the image transmission distance can reach up to 30KM, realizing ultra-long-distance stable and worry-free operation; it has a series of intelligent functions such as one-button take-off and landing, AI intelligent tracking, intelligent pointing flight, etc., easy to operate Easy to use; it can be equipped with dual-lens camera, triple-lens camera, multi-spectral camera and other different mounts, with 4K ultra-high-definition 240 times hybrid optical zoom, ultra-far infrared detection and other shooting capabilities to meet the needs of more scene operations.
Arowana adopts tilt-rotor vertical take-off and landing design, which achieves the characteristics of no ailerons, high aspect ratio, and light structure. At the same time, it uses a narrow body and an innovative motor semi-buried design, combined with fixed-wing automatic lock propellers in flight Technology to further reduce the wind resistance of high-speed flight, so that the endurance of Arowana reaches 120 minutes with load. At the same time, the Arowana machine adopts new wave-transmitting materials to strengthen the image transmission signal receiving ability, and achieve a maximum image transmission distance of 30KM. One flight covers a larger work area, greatly improving work efficiency.
Arowana has a one-button take-off and landing function, based on RTK and precise positioning capabilities of visual algorithms, allowing Arowana to complete precise landing and landing at the same position autonomously. Arowana also has efficient AI intelligent tracking technology, which can realize high-speed tracking of people, vehicles, and ships. It can recognize up to 64 targets at the same time and accurately select and track targets. The user can also use the intelligent pointing flight function, click on the target on the remote control screen, the dragon fish can automatically fly to the target location, and fly around the target as the center, comprehensively collecting its information.
In addition, users can insert quick tasks at any time, change job targets or sites, and respond to emergencies quickly. Arowana can also automatically adjust the flight altitude in real time according to the geographical environment, maintain a relatively safe distance, and ensure flight safety.
Arowana is equipped with a high-precision GNSS mobile station, supports four major satellite navigation systems in the world, and obtains real-time differential data; and integrates high-performance dual-engine RTK and conventional GNSS positioning modules to achieve mutual backup of dual positioning systems, achieving centimeter-level positioning capabilities and The powerful anti-magnetic interference capability greatly improves the fineness of image metadata and ensures flight safety.
At the same time, Arowana has designed a new flight instrument panel based on the operating characteristics of the industry’s drone users, which integrates key flight information such as heading, attitude, altitude, speed, and maps, allowing users to fully understand the drone situation and accurately control it.
In the face of different application scenarios, Arowana can flexibly match dual-lens cameras, triple-lens cameras, and multi-spectral cameras with three-axis mechanical gimbals to mount. It can also mount more mounts with DTO Smart Open PSDK. The combination of flight platforms provides exclusive solutions for different businesses.
The Arowana dual-lens camera integrates a 4K ultra-high-definition optical zoom camera and a 48-megapixel high-resolution wide-angle camera to achieve more viewing angles and clearer operations to meet the needs of different scenes. Among them, the 4K ultra-high-definition optical zoom lens can shoot up to 4K high-definition video and pictures, and can achieve 240x hybrid optical zoom, including 20x optical zoom and 12x digital zoom, combining the advantages of a wide-angle camera and a telephoto camera in one, comprehensive distance and near Observe and understand the scene information in detail; on the basis of the three-axis mechanical gimbal to ensure the stable and clear picture, the electronic anti-shake function is also added. With the aid of dual stabilization, the picture is still stable and clear even after high-speed flight. The Arowana dual-lens camera is also equipped with a 48-megapixel high-resolution wide-angle camera. The wider and clearer viewing angle can be used in emergency rescue, fire search and rescue and other scenes to expand the monitoring area.
Arowana can be equipped with three-light pan/tilt camera, in addition to the integrated 4K ultra-high-definition optical zoom camera and 48-megapixel wide-angle camera, it is also equipped with a 640*512 resolution infrared thermal imaging camera with a maximum detection distance of 2000 meters, ensuring that no matter it is High-rise cities or bushes in the wild can detect heat sources, obtain on-site thermal imaging information in time, provide comprehensive perception for security, inspection, and rescue operations, and provide a reliable basis for frontline decision-making.
At the same time, Arowana can also be equipped with a multi-spectral pan/tilt camera, including a 48-megapixel visible light sensor and five 2-megapixel multi-spectral sensors, which can greatly improve the efficiency of obtaining farmland and environmental data and information, and is used in precision agriculture and environmental supervision. The application prospects in this field are huge.
Multiple redundancy, safe and reliable
Arowana has an AI failure pre-judgment full system self-check function, which can detect hidden dangers in time and give early warning to avoid flight failures; in the fixed-wing flight state, if it is affected by complex environments, such as stalls or out of control, the flight control will automatically switch Go to multi-rotor mode for auxiliary flight to ensure flight safety. Arowana has dual-redundant CAN bus communication, strong anti-electromagnetic interference capability, and real-time monitoring of the rudder surface and motor status to ensure smooth control commands.
Arowana’s battery, IMU, barometer, compass and positioning system are also equipped with backup modules. When one of the components fails, the system will automatically switch to the backup component to ensure flight safety.
Calmly deal with complex environments, easy to use and worry-free.
The total weight of the Arowana aircraft is 7.8kg, the maximum load weight is 1.5kg, and the maximum flying height can reach 6000 meters; the fuselage is made of high-strength composite materials, has an IP43 protection level, and can withstand up to 6 wind speeds, and can be as low as minus 20℃ Work in harsh environments up to 50°C.
The Arowana wing tip adopts a quick-release blade design, which is simple and convenient to install; the whole machine is small and light, adopts a modular design and an innovative tool-free quick-release design, which can be easily put into the trunk, which solves the traditional hanging fixed wing without unmanned Problems such as large size and inconvenient transportation.
Arowana has a system-wide 5s quick self-check mode, which can be quickly loaded and unloaded in 3 minutes, and “zero-based” users can also get started in 5 minutes, easily respond to emergencies, and take off quickly anytime, anywhere.
Professional software, one-stop solution
Autel Voyager is a flight control software specially designed for industry drones by Daotong Intelligent. It integrates multiple professional functions such as waypoint planning, intelligent tracking, flight history and so on. It is simple and efficient to operate. It is equipped with exclusive modeling software to provide users with a The stand-alone solution fully enhances the flight operation experience.
Arowana has a 9.7″1000NIT ultra-bright ground station, which is based on Samsung EXYNOS eight-core processor, which is extremely fast and smooth; equipped with a 9.7-inch TFT-LCD capacitive touch screen, which is sensitive to touch; has 2048*1536 ultra-high-definition resolution, and the screen is crisp and clear; 1000 cd/m2, about twice that of ordinary mobile devices, the bright screen can still display images clearly under strong light; built-in 128G memory, convenient to store aerial materials in time. Arowana’s three-defense ground station has undergone careful signal modulation and innovation The antenna design is designed with a picture transmission distance of up to 30KM; the remote control has a battery life of up to 6 hours, which solves the problem of insufficient battery life when using mobile devices to monitor.
Arowana has effectively improved the efficiency of flight operations with its leading flight performance, long endurance and simple and easy-to-use control procedures. The one-machine multi-mount design allows Arowana to have excellent resilience in different scenarios and also reduces operating costs. It can also be operated by one person and deployed quickly, which also increases the flexibility of the deployment of the operation plan.
The new EVO II RTK series drones, centimeter-level positioning accuracy
Today, Daotong Intelligent also released the EVO II RTK series of UAVs. This series is the world’s first portable and foldable UAV series for industry applications with RTK modules. It integrates Daotong’s leading flight control technology and centimeter-level positioning system. Its folding body design, ultra-high-definition imaging system and omnidirectional obstacle avoidance technology provide a more high-precision, more portable, and clearer all-round solution for intelligent aerial operations.
EVO II RTK series drones are divided into different gimbal camera models according to the needs of users in different industries-EVO II RTK version, with 8K resolution ultra-high-definition zoom lens, and 8x zoom shooting capability; EVO II PRO RTK version , With a one-inch CMOS blessed 6K resolution ultra-high-definition lens; in addition to the 8K 8x zoom lens, the EVO II Dual 640 T RTK version also has an ultra-long-distance infrared thermal imaging camera, which can accurately detect within a visual range of 2-15 meters The heat source. The EVO II RTK series drones also have features such as omni-directional obstacle avoidance, 36-minute long-term battery life, and extremely fast focusing. The comprehensive aerial operation quality helps industry users to operate accurately and safely.
EVO II 8K ADVANCED drone officially unveiled
EVO II 8K ADVANCED is equipped with 1/1.4-inch CMOS, which can shoot 8K ultra-high-definition images with more detailed image quality. The body is equipped with 12-channel visual sensors to achieve multi-angle and omni-directional obstacle avoidance; 40 minutes long battery life, 9 kilometers long distance map High-quality performance such as transmission and resistance to 8 winds.
EVO II 8K ADVANCED is equipped with 1/1.4-inch CMOS, the effective photosensitive area is about twice that of EVO II, and the highest image resolution is up to 7680*4320, bringing users a more perfect 8K image; Sony Sensor directly produces 48 million pixel photos, no need Multiple composites. Support 4K HDR video, and brand new 10-bit A-log color mode.
EVO II 8K ADVANCED has an 8K motion delay function without post-compositing, instant shooting without waiting; it can record JPEG and RAW format photos at the same time, and supports four times lossless zoom.
The EVO II 8K ADVANCED weights 1.13 kg, and the folded size is 228*133*110 mm. It can be easily loaded into a backpack; 40 minutes of long battery life and 9 kilometers of ultra-long image transmission make the flight smooth and unimpeded. The fuselage is equipped with a six-direction binocular obstacle avoidance system, 12-way visual sensors, and 19 sets of sensors such as the main camera, ultrasound, and IMU. It can construct a three-dimensional map in real time, plan the best flight path, and achieve multi-angle and omnidirectional obstacle avoidance. At the same time, EVO II 8K ADVANCED is equipped with LED fill light in the downward view. It can also fly in a low light environment. With the intelligent return to home function, it is easy and safe to return home.
Like the EVO II series, the EVO II 8K ADVANCED also uses a new generation of AI deep learning algorithms, which can recognize 64 objects at the same time, and even the smallest target can achieve fast and accurate locking. In addition, through the intelligent tracking algorithm, EVO II 8K ADVANCED can track and shoot the target’s position and speed at the same time. When occlusion occurs, it can also accurately predict the target’s trajectory and achieve continuous tracking, making intelligent tracking and shooting more comfortable. With the support of intelligent path planning algorithm and omnidirectional 12-way visual sensor, EVO II 8K ADVANCED can accurately model surrounding obstacles in the “brain”, intelligently bypass obstacles in all directions, and realize safer and smarter tracking Shoot.
EVO II 8K ADVANCED also has a number of intelligent flight functions. You can easily realize intelligent functions such as pointing flight, surround flight, and terrain following by issuing instructions on the remote control terminal. Shocked.
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