Load capacity of 5 kilograms industry drone rack/Portable and Sturdy Folding Drone Rack with Modular Design Developed

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Product Background

Structural design optimization: The use of multi-axis designs is common, such as four-axis, six-axis or eight-axis. The common four-axis design is relatively flexible, while the six-axis and eight-axis designs offer higher stability, enabling better weight-bearing capacity and maintaining stable flight. Some of them even come with retractable landing gear, which does not affect the aerodynamic layout during flight and can adapt to different take-off and landing sites. The body is generally compact and streamlined, reducing air resistance and improving flight efficiency. At the same time, modular design is also a major feature, facilitating the replacement and maintenance of components, and enabling quick installation of different loads to meet various mission requirements.
Application of lightweight and high-strength materials: The fuselage often uses lightweight and high-strength materials such as carbon fiber composite materials and aluminum alloys. Carbon fiber composite materials can ensure the strength of the aircraft while significantly reducing weight, which is beneficial for improving the load capacity and endurance of the unmanned aerial vehicle. Some unmanned aerial vehicles will further enhance structural strength and lightweight level through vacuum infusion technology.

Power system is powerful: Usually equipped with brushless DC motors, it can provide strong power output. Combined with an electronic speed controller, it can precisely control the motor speed. The propeller generates corresponding thrust according to the motor speed, ensuring that the drone can still fly stably even when carrying a 5-kilogram load.
Flight stability is good: Some drones are equipped with an intelligent flight attitude protection system. Even if one or two motors or propellers fail, the drone can promptly adjust its body posture to maintain stable flight. In addition, it can be paired with a high-precision self-stabilizing gimbal, which can achieve 360° unobstructed full-angle shooting of high-definition images. This is particularly important for drones carrying cameras and other equipment for aerial photography tasks.

Easy take-off and landing: Most of them have the ability to take off and land vertically, eliminating the need for specific sites such as runways. They can be quickly deployed in relatively narrow or complex environments and are suitable for various operation scenarios, such as between urban buildings or in mountainous areas.
Operational convenience and high safety: It supports remote control via mobile phone APP, allowing for easy setting of flight routes and achieving autonomous flight. At the same time, it usually comes with an automatic return-to-home function. When the battery runs low or the signal is lost, the unmanned aircraft will automatically return to the take-off point to ensure flight safety.

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