Double-compartment Heavy-duty Unmanned Aerial Vehicle, Foldable Design Large Load UAV

Product Description

Product Background 

   MT50 (double compartment version),  large load UAV design, foldable design, reduce footprint, low  maintenance cost. Industry application fields: heavy transportation, material transportation,  express transportation, emergency rescue and other application fields.

Military application demands drive: Modern warfare has set higher requirements for the payload, range and endurance of unmanned aerial vehicles. The dual-cabin design enables unmanned aircraft to carry different types of payloads such as reconnaissance equipment and weapons ammunition, meeting various mission needs. For example, during the Cold War, the United States developed the D-21 unmanned reconnaissance aircraft to conduct reconnaissance deep into enemy territory while avoiding the risk of personnel capture. Although it was not a strictly dual-cabin design, it reflects the military's demand for high-performance unmanned aircraft. The Chinese dual-tailed scorpion unmanned aircraft was initially developed for civilian logistics and later adopted by the People's Liberation Army due to its excellent performance, being modified into an unmanned bomber that can carry 12 precision-guided bombs, becoming a standard equipment for the People's Liberation Army.
Civilian logistics and special operation demands: With the development of e-commerce, the demand for remote and rapid transportation of valuable items has increased. Dual-cabin heavy unmanned aerial vehicles can undertake long-distance express delivery tasks due to their larger payload and range advantages. For example, the dual-tailed scorpion unmanned aircraft was initially developed by Sichuan Tengdun Enterprise to meet the needs of logistics companies such as SF Express, for the remote and rapid delivery of valuable express items. In addition, in some remote areas for material transportation and large-scale mapping and surveying, dual-cabin heavy unmanned aerial vehicles can carry more equipment and materials, improving operational efficiency, reducing labor costs and risks.

Technological progress provides support: In terms of materials technology, the application of high-strength and lightweight materials such as carbon fiber enables unmanned aircraft to reduce weight while maintaining structural strength, facilitating increased payload and flight range. In terms of power technology, the development of turbine engines, etc., provides sufficient power for dual-cabin heavy unmanned aircraft. At the same time, the continuous optimization of flight control systems enables dual-cabin heavy unmanned aircraft to maintain stable flight and accurately execute tasks when carrying a large amount of payload. Additionally, the advancements in sensor technology and communication technology allow unmanned aircraft to obtain real-time flight status information and maintain stable communication with ground control stations, ensuring their reliable operation in complex environments.
Unmanned aircraft market competition and development needs: The unmanned aircraft market is highly competitive. Enterprises need to continuously launch high-performance products to enhance their competitiveness. Dual-cabin heavy unmanned aircraft, as high-end products, represent the technological strength of enterprises. For example, China Aerospace Science and Technology Corporation, to meet the future requirements of symmetrical combat and enhance the competitiveness of military trade products, has driven the development of related technologies for high-performance, high-altitude, stealth, long-endurance unmanned aircraft systems in China, and developed the Rainbow-7 high-altitude, high-speed, stealth unmanned aircraft. It can perform tasks in high-risk environments beyond a 2,000-kilometer combat radius, expanding the development of the Rainbow unmanned aircraft family into the high-altitude and high-speed domain.

Product parameters

Product display

Supports multiple pod mounts