The Foxtech AYK-250 is a high-performance tail-pushed VTOL designed for long-range inspections, mapping, and monitoring -Carbon fiber integrated molding for a lightweight and durable airframe -Aerodynamic design reduces flight air resistance -Maximum cruising speed of 26m/s for fast operations -Optimized tail rotor for efficient thrust -1.2kg payload capacity supports a range of cameras and sensors

Experience the SU17 Research Drone: GPS-free precision with quad-camera SLAM, 360° 3D LiDAR, and FAST-LIO for accurate mapping and obstacle avoidance. Handles complex environments and high temperatures, with stable performance tested in dense forests using visual positioning. Watch the video to see the SU17 excel in challenging environments! How do you see drones like this transforming research and development? Comment below with your thoughts!

S400 is an autonomous drone powered by AI for exceptional data capture. Even under extreme conditions with no satellite signals and strong electromagnetic interference, it is capable of high-precision navigation, real-time path planning, and autonomous obstacle-avoidance flight, demonstrating its exceptional environmental adaptability and intelligent flight performance. The S400 autonomous drone comes in two versions: S400H Version, equipped with an 8MP high-definition CMOS sensor, offering outstanding image data acquisition capability; S400T Version, equipped with a high-resolution thermal imaging camera of 640x512, capable of measuring temperatures in the range of -20°C to 150°C.

LANT-380 is a groundbreaking solution for confined space inspection and mapping! Bid farewell to perilous and hard-to-reach areas such as tunnels and utility corridors with this cutting-edge drone, independent of GNSS for precision. Witness its seamless navigation through hazardous environments, all thanks to its protective cage. Discover how the LANT-380 is revolutionizing indoor drone technology, making inspections safer and more efficient than ever before!

The LANT-380 is a reliable, safer, and more cost-efficient drone for confined space inspection and mapping, designed to navigate safely through areas like tunnels, boilers, and underground utility corridors, which are typically too dangerous and difficult to access. This Lidar positioning drone is independent of GNSS satellite signals, it is a high-precision indoor drone ideal for detailed mapping and inspections. The drone's protective cage shields it from impacts and collisions, ensuring continuous operation even in the most hazardous conditions.

The LANT-380 is engineered for precisely and safely inspecting power distribution stations. Utilizing advanced 3D Lidar positioning and real-time 1080P image transmission, this drone navigates effortlessly through confined spaces, ensuring comprehensive coverage and high-quality data collection. Designed for challenging environments, the LANT-380's collision-resistant design and automatic route flight capabilities make it the ideal choice for inspecting power distribution stations. Experience enhanced efficiency and safety in your inspections with the LANT-380.

The LANT-380 is a reliable, safer, and more cost-efficient drone for confined space inspection, designed to safely navigate through areas like tunnels, boilers, and underground utility corridors, which are typically too dangerous and difficult to access. This Lidar positioning drone is independent of GNSS satellite signals, it is a high-precision indoor drone ideal for detailed mapping and inspections. The drone's protective cage shields it from impacts and collisions, ensuring continuous operation even in the most hazardous conditions. As one of the latest confined space drones on the market, the LANT-380 offers a cost-effective solution for indoor use, making it an essential tool for efficient and safe inspections.

The LANT-380 is a reliable, safer, and more cost-efficient drone for confined space inspection, designed to safely navigate through areas like tunnels, boilers, and underground utility corridors, which are typically too dangerous and difficult to access. This Lidar positioning drone is independent of GNSS satellite signals, it is a high-precision indoor drone ideal for detailed mapping and inspections. The drone's protective cage shields it from impacts and collisions, ensuring continuous operation even in the most hazardous conditions. As one of the latest confined space drones on the market, the LANT-380 offers a cost-effective solution for indoor use, making it an essential tool for efficient and safe inspections.

Discover the LANT-380 in action during a substation inspection! This reliable, safer, and cost-efficient drone is perfect for confined spaces like tunnels, boilers, and underground utility corridors. Why LANT-380? - 3D Lidar Positioning: High-precision indoor mapping without GNSS signals. - 16000 Lumens Brightness: Illuminate the darkest areas. - 1080P Real-Time Image Transmission: Clear and detailed visual feedback. - 3D Point Cloud Post-Processing: Advanced inspection analysis. - Collision-Resistant Design: Operates safely in hazardous conditions. - Automatic Route Flight: Efficient and thorough inspections. - Autonomous Circling: Lock distance and circle for detailed checks.

See the LANT-380 in action as it performs a precise and efficient inspection inside a factory. Designed for confined space inspections, this high-tech drone uses advanced 3D Lidar positioning, allowing it to navigate areas without GNSS signals, such as factory corridors, tunnels, and other hazardous environments. Its 16000 lumens brightness, 1080P real-time video feed, and collision-resistant cage ensure smooth operation even in the toughest conditions. Watch as the LANT-380 autonomously follows routes, capturing detailed data and delivering a safer, cost-effective solution for industrial inspections. Perfect for professionals in manufacturing and industrial sectors!

The SU17 is an all-in-one research drone platform designed with integration and reliability in mind. It combines a flight controller, onboard computer, quad-camera visual SLAM module, gimbal camera, and data transmission module into a single compact system, significantly enhancing hardware stability and dependability. Powered by the autonomous drone software, the SU17 supports advanced functionalities such as target recognition and tracking, path planning, and more.

Introducing the SU17 Research Edition Drone—an open-source UAV designed for advanced scientific applications. In this test, we put the SU17 through two challenging scenarios: navigating through a stone array and flying autonomously in a dense forest. Powered by 3D LiDAR and onboard SLAM, it performs precise localization, real-time mapping, and reliable obstacle avoidance, even in GPS-denied environments.