New body structure / modular design / extremely strong compatibility / equipped with four detachable battery compartments / folding front and rear with six rotors / lightweight throughout the body

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Product Background

Emergency rescue demands are urgent: Major natural disasters often come with problems such as traffic disruptions and material shortages. How to quickly and accurately deliver rescue supplies to the affected areas within the "golden 10 minutes" and "golden 1 hour" is a problem that disaster rescue urgently needs to solve. With a 100-kilogram carrying capacity, it can transport a large amount of rescue supplies such as tents, medicines, etc., and even transport injured people, effectively improving rescue efficiency and ensuring the safety of the affected people's lives.
Industrial transportation scenarios are diverse: In industrial scenarios such as transporting power equipment in mountainous areas, supplying materials to offshore platforms, and hoisting building materials at construction sites, traditional transportation methods face problems such as high costs, low efficiency, or being restricted by terrain. The 100-kilogram transportation drone can break through these limitations and achieve rapid transportation of materials at a lower cost, replacing some high-cost helicopter operations.

Support for the development of unmanned aerial vehicle technology: The technologies such as the power system and flight control system of unmanned aerial vehicles have been continuously improving, providing a technical foundation for large-load unmanned aerial vehicles. For instance, the application of efficient motors enables unmanned aerial vehicles to maintain good endurance performance when carrying a 100-kilogram load. At the same time, the use of lightweight composite materials can reduce the weight of the aircraft and increase its carrying capacity. Moreover, advanced navigation, positioning, and obstacle avoidance technologies, such as laser radar, millimeter-wave radar, and visual systems, enable unmanned aerial vehicles to fly precisely and avoid obstacles in complex environments.
Support for low-altitude economic policies: Various regions have been introducing policies to support the development of low-altitude economy, providing a favorable environment for the research, testing, and application of unmanned aerial vehicles. For example, the 100-kilogram-load unmanned aerial vehicle developed by Dalian Ocean University benefited from the local support for the low-altitude economic industry. It can be used in scenarios such as land-sea transportation and aerial exploration. Moreover, with the gradual improvement of relevant regulations and standards, the operation of 100-kilogram transportation unmanned aerial vehicles has become more standardized and safe.

Growth in maritime transportation demand: In the maritime sector, transporting small packages to ships or oil drilling platforms accounts for a significant portion of the maritime logistics market. However, using small submarines and helicopters for transportation is costly and inefficient. A 100-kilogram transportation drone can achieve automatic delivery of items to ships and offshore platforms within 100 kilometers, meeting the key requirements of maritime transportation.

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