Foldable and Portable Drone Rack with Durable and Sturdy Modular Design

Product Specification

Product Background

Complex terrain transportation requirements: In transportation scenarios such as mountainous areas, coastal bases, and rural areas, the terrain and weather conditions are complex, and traditional transportation methods are inefficient and costly. For example, DJI's DJI FlyCart 30, with a maximum payload of 40 kilograms on a single battery mode, has a maximum flight range of 28 kilometers, can adapt to working environments with temperatures ranging from -20°C to 45°C, and has a maximum flight altitude of 6000 meters. It can well meet the material transportation requirements in these scenarios and provides an efficient solution for mountain transportation and coastal material distribution.
Power industry operation and maintenance requirements: With the continuous expansion of the power grid scale, power grid operation and maintenance work faces many challenges, especially in remote mountainous areas or areas with complex terrain. It is difficult and dangerous to transport maintenance equipment and materials manually. For example, the 40-kilogram heavy-load unmanned aircraft developed by LiaoYang Power Supply Company of State Grid can use a single-axis dual-blade power motor and a nearly rhombic curved-shaped arm structure to enhance flight stability. It can be used to transport backup line clamps and other materials, improving the efficiency of power grid operation and maintenance and reducing operational risks.

Emergency rescue material delivery requirements: In emergency rescue scenarios such as forest fires, the efficiency of material delivery at the front line of the fire site is of vital importance. The modified heavy-load bomb-firing unmanned aerial vehicle by the Forest Fire Prevention Office of Yanqing District, Beijing, can fly for 30 minutes with a load of 40 kilograms and precisely deliver supply materials to the front line of the fire site. It can also transmit real-time images of the scene, providing strong support for decision-making on command and firefighting operations, effectively enhancing the continuous combat capability of the team.
Support for unmanned aerial vehicle technology development: The advancement of material technology has enabled the widespread application of high-strength lightweight materials, providing better structural support for the 40kg heavy-load unmanned aerial vehicle frame. At the same time, the upgrade of the power system and flight control system has enabled the unmanned aerial vehicle to carry heavier loads and maintain stable flight. For example, the tethered unmanned aerial vehicle by Tiantu adopts advanced tethered power supply solutions and high-power power generation systems, optimizing the body structure and load balance, capable of stably carrying equipment weighing over 40kg, achieving 72 hours of operation hovering, supporting a flight height of 300 meters, and with a wind resistance level up to 7 degrees.

Market competition and application expansion drive: The drone market is highly competitive. Companies are constantly developing large-load drones to expand application scenarios and enhance competitiveness. Traditional multi-rotor drones typically have a payload of less than 30kg, which is insufficient to meet the large-load requirements. The emergence of 40kg heavy-duty drone frames has filled some market gaps. They can be applied in various fields such as large-scale agricultural pest control, large-scale photovoltaic base operation and maintenance, and high-rise building curtain wall cleaning, meeting the requirements for drone payload capacity of different industries.

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