The S400 Level 4B Autonomous Inspection Drone is designed to excel in extreme conditions, making it the perfect solution for mapping and inspection in challenging environments like staircases: 1. High-Precision Navigation Without GNSS Operates flawlessly in enclosed spaces like staircases, equipped with an anti-EMI system to ensure precise navigation without relying on satellite signals. 2. Autonomous Obstacle Avoidance & Real-Time Path Planning Utilizing biomimetic vision and powerful edge computing, the S400 perceives its environment in real-time, constructs detailed 3D maps, and plans intelligent flight paths to maneuver through narrow, obstacle-filled spaces.

Meet the S400A Autonomous Drone, a cutting-edge AI-powered platform designed for precision gas detection and advanced navigation. -Detects CO, H₂S, O₂, CH₄, and up to 28 gases with custom modules -Performs flawlessly in extreme environments, including mine tunnels and industrial zones --Features intelligent path planning and autonomous obstacle avoidance -Achieves precise positioning even without satellite signals Explore how the S400A revolutionizes industrial safety and efficiency. Like, comment, and share your thoughts below.

The S400 autonomous drone redefines inspection capabilities with biomimetic vision technology and Level 4 autonomous flying. Even in extreme conditions with no satellite signals and strong electromagnetic interference, it ensures precise navigation, real-time path planning, and autonomous obstacle avoidance. Key features: -Navigation with No GNSS & ANTI-EMI System -Real-Time 3D Mapping & Obstacle Recognition -Autonomous Inspection in Complex Environments

THEA 220MP is a powerful, versatile and adaptable quadcoter designed to handle substantial payloads with ease. With a large payload capacity, this drone sets new standards in the field of cargo transportation and aerial delivery. 70kg max take-off weight. Dual GPS Differential Design, Precise Orientation and Navigation Equipped with dual GPS, THEA 220MP heavy lift drone ensures precise and reliable navigation, enabling it to perform complex maneuvers and maintain stable flight paths. It can operate seamlessly in areas with magnetic interference or where compass calibration is challenging or impossible. This feature is especially critical during emergency missions, where every delivery must be made with precision and speed.

THEA 190MP is a versatile heavy-lift coaxial UAV platform, which makes it suitable for a wide range of applications, such as firefighting and logistics etc. Coaxial Design THEA 190MP's coaxial design offers high stability, lifting power, and flight efficiency. It is also safer than traditional quadcopters, as even if one rotor fails, it will not compromise the overall stability and flight safety of the drone. Dual GPS Differential The Dual GPS differential design improves positioning accuracy, anti-interference ability and flight reliability. No need for compass calibration. Smart Battery THEA 190MP uses three smart batteries. The real-time battery level display allows the operator to monitor the remaining battery life and plan accordingly. The THEA 190MP features a foldable design that greatly reduces its volume, making it easier to transport.

We completed two aerial missions of powerline inspection and suspicious target surveillance using quick-assemble AYK-250 VTOL, which features 3.5h flight time with 1.2kg payload. And here's how it goes.

Operated in manual mode by four of our Foxtech staff, using DJI A3 PRO flight controller

Drone: RHEA 160 with 3600w generator Total Flying Weight: 20kg Wind Speed:10m/s-14m/s Propellers: Foxtech Supreme 2985 Propeller

AI module+30km videolink and datalink+8km range radio controller+4K 14x zoom mini camera+90min RHEA 160 Hexacopter Equipped with AI module, it is able to perform real-time object recognition, like vehicles and pedestrians and it even distinguishes among different types of vehicles. Applications: Environment Monitoring, Fire Detection, Road Patrol, Vehicle Detection

S2 Embedded Artificial Intelligence Computer https://www.foxtechfpv.com/s2-embedded-artificial-intelligence-computer.html S2 is a fully-featured embedded platform for AI computing. Having high processing capabilities and carrying one of the most powerful mobile computing core modules, NVIDIA Jetson TX2, S2 brings a variety of computer vision algorithm acceleration SDK to edge devices, granting them machine intelligence capabilities. Object Recognition SDK and Real-time Target Tracking SDK is customized available for S2 module to realize environmental monitoring, fire detection, police patrol, vehicle detection, etc.

At Foxtech, we specialize in providing highly customized UAV development services. Our expert team is dedicated to delivering tailored solutions for drone and VTOL design, payload integration, and software function development that meet our customers' unique needs. For instance, the Rhea 160 multirotor UAV is a popular choice among our customers. Recently, we received a request from a customer who needed to use the Rhea 160 to deliver emergency supplies to remote areas. To meet their specific requirements, our team customized the Rhea 160 with a cargo drop and release device, enabling the UAV to transport and drop emergency supplies accurately and safely.

A sudden heavy snow Stroke the peace of a day, wonder how a huge VTOL perform in snowy weather? let's check it out together:)