The time traveling aircraft developed by our company is a small quadcopter flying from a first person perspective (FPV). It mainly consists of a rack, power system, AI system, flight control system, and image transmission system. It is controlled by wireless remote control for flight, and its design gives it advantages such as high speed, high performance, and high maneuverability. It can be applied to various tasks and has a complete integrated solution. Nowadays, time travel aircraft has become an emerging technology flight product.
Characteristics and advantages
Equipped with FPV system, real-time flight images can be viewed;
Has extremely strong instantaneous acceleration capability and maneuverability;
Small in size and compact in structure, capable of executing tasks in confined spaces;
High safety, able to adapt to stable flight in various environments;
Easy to carry and enable rapid deployment;
Integrate sensors and camera equipment to perform high-quality image capture.
Application scenarios
1. Aerial photography: The compact size and high-speed flight capability of the drone enable it to quickly capture the target area in a short period of time, obtaining high-quality aerial videos and photos. At the same time, its powerful maneuverability also allows it to easily capture some difficult shots that ordinary drones cannot complete, making time travel a must-have tool for more and more photographers and filmmakers.
2. Geological exploration: The aircraft can fly into areas that are difficult to reach, obtain high-precision geographic information, and conduct in-depth exploration of geological conditions. 3. Emergency rescue; In the event of a disaster, the aircraft can quickly respond and arrive at the disaster area for real-time monitoring and rescue work. Being able to quickly adapt to various complex environments and provide important support for rescue work.
4. Reconnaissance and search: With its lightweight and flexible characteristics, the time traveling aircraft can quickly cross dangerous areas and conduct precise reconnaissance and search of targets.
5. Target Strike: After being equipped with advanced high-energy explosives, the time traveling aircraft can be upgraded to a powerful weapon that combines breakthrough and destructive capabilities, capable of attacking solid objects.
6. Task training: The high maneuverability and flexibility of the time traveling aircraft make it very suitable for personnel training and simulated combat to improve their combat skills and ability to cope with complex environments.
First-person view (FPV), also known as remote-person view (RPV), or video piloting, is a method used to control a radio-controlled vehicle from the driver or pilot's viewpoint. Most commonly it is used to pilot a radio-controlled aircraft or other type of unmanned aerial vehicle (UAV) such as a drone. FPV series crossing drones adopt an X-shaped quadrotor layout with foldable rotor arms and a payload range of 1-3kg. They can be equipped with various items to meet most mounting requirements. With a certain line-of-sight range, they possess rapid approach capabilities to achieve precise strike effects.
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