Rapid Deployment Modular Drone with Quick Overall Installation and Battery Plug-in

Descripción de producto

Product Background

In the current era of rapid advancement in drone technology, the 20L drone rack plays a crucial role. From the perspective of material innovation, carbon fiber composite materials, with their high strength and low density characteristics, have become the ideal choice for the 20L rack. They can effectively reduce the weight of the rack without sacrificing structural strength, ensuring stability and reliability during cargo transportation and significantly enhancing transportation efficiency and endurance. For instance, a well-known drone manufacturer used a multi-layer carbon fiber cross-weaving process to create a 20L rack. Compared to traditional aluminum alloy racks, this rack weighs 30% less while increasing the tensile strength by 50%. 
In the field of structural design, significant achievements have also been made. With the aid of computer-aided design (CAD) and finite element analysis (FEA) technologies, engineers can precisely simulate the complex stresses that the rack will endure during flight, thereby optimizing the structural layout. Nowadays, most 20L racks adopt symmetrical, truss structure designs, which not only enhance the overall rigidity but also provide a regular and stable space for internal cargo storage, reducing the impact of flight vibrations on the cargo. Taking a classic 20L rack of a transportation drone as an example, through the reasonable design of the connection angle between the arm and the central frame, the rack can maintain a stable flight posture even in strong winds, ensuring transportation safety. 
Advances in power and flight control technologies have also empowered the 20L rack. High-power-density brushless motors combined with intelligent power controllers can adjust the power output in real time according to flight conditions, ensuring that the rack can achieve efficient flight regardless of the different cargo weights. Advanced flight control systems integrate high-precision inertial measurement units (IMUs), barometers, GPS modules, and visual sensors, giving the rack the functions of autonomous navigation, obstacle avoidance, and precise hovering, significantly enhancing the flight control performance and safety of transportation drones in complex environments.

Logistics and Delivery Upgrade: The explosive growth of the e-commerce industry has placed significant pressure on logistics delivery, especially the "last mile" delivery problem that urgently needs to be solved. The 20L frame transport drone can carry packages of a certain weight and volume, enabling fast and flexible delivery. In cities, it can avoid congested traffic and deliver goods precisely to the customers' hands; in remote areas or areas with poor transportation conditions, it breaks geographical limitations and provides convenient logistics services for consumers. For example, in some mountainous areas, traditional courier delivery takes several days, while the 20L frame transport drone, with its 20L pesticide or seed loading capacity, can complete the delivery within a few hours, significantly improving logistics efficiency.
Agricultural Operations Innovation: Agricultural production urgently requires efficient pest control and precise sowing. The 20L frame transport drone can carry 20L of pesticides or seeds and fly at low altitude above the farmland to conduct large-scale, high-efficiency spraying and sowing operations. Compared with manual operation, the drone operation is faster, has a wider coverage, and can ensure the uniformity of pesticide spraying and sowing, avoiding human errors and improving crop yield and quality. For example, in large-scale rice planting areas, using the 20L frame drone for pesticide spraying, the daily operation area can reach hundreds of acres, far exceeding the efficiency of manual operation.
Key Forces in Emergency Rescue: In the event of natural disasters such as earthquakes, floods, and fires, roads are often blocked, and rescue supplies are difficult to be delivered to the affected people quickly. The 20L frame transport drone can carry emergency rescue supplies such as food, medicine, and drinking water and quickly arrive at the disaster-stricken area. Its flexible flight capability enables it to find safe delivery routes in complex terrains and adverse weather conditions, providing timely life support to the affected people and securing precious time for the rescue operation. In a certain earthquake rescue, the transport drone, with the 20L frame, successfully delivered emergency medicines to the trapped people in the mountainous area, solving an urgent problem.

Competition among drone manufacturers: The continuous expansion of the drone market has attracted numerous enterprises to join, and the competition among manufacturers has become increasingly fierce. In order to gain a foothold in the market, each enterprise has been increasing its investment in the research and innovation of 20L drone racks for transportation, striving to improve the performance of the racks, reduce costs, optimize design, in order to meet the needs of different customer groups and launch more competitive products.
Competing with other transportation methods: Transport drones need to compete with traditional transportation methods such as cars, trains, planes, as well as emerging transportation technologies such as unmanned vehicles. In this competitive environment, 20L drone racks for transportation need to continuously enhance their advantages, such as increasing the load capacity, extending the range of operation, enhancing flight stability and safety, and reducing operating costs, in order to provide more efficient, more economical, and more flexible transportation solutions, thereby winning more market share.

Product parameters

Product display