Heavy-Payload Modular Multi-Role All-Terrain Unmanned Helicopter

Product Features

Classic single rotor tail rotor design

Flexible takeoff and landing without the need for a dedicated airport

Powerful payload adapted to complex tasks

Long lasting battery life supports long-term operations

Product details

        This is a multi-purpose unmanned helicopter that demonstrates strong application value in multiple professional fields with its innovative design concept and reliable flight performance. This aircraft model adopts the classic single rotor with tail rotor aerodynamic layout, and the overall structure has been carefully optimized to ensure both flight stability and maneuverability.

        In terms of body design, high-strength titanium alloy materials were selected, and a lightweight and durable body structure was created through precision machining processes. The unique modular design concept makes maintenance of the entire machine more convenient, and functional modules can be quickly replaced according to different task requirements. The specially designed folding tailpipe structure greatly enhances the convenience of transportation and storage, enabling the device to be quickly deployed in various complex environments.

        The power system adopts advanced electronic fuel injection water-cooled engine, equipped with dual cylinder design, and uses high-grade gasoline as fuel. This power system not only runs smoothly and reliably, but also has fuel economy. The innovative remote control built-in start method makes operation easier, ensuring smooth takeoff even in harsh environments. The optimized design of the cooling system ensures stable output of the engine during long-term operation.

        In terms of flight performance, the main rotor of this aircraft adopts a large-diameter design, combined with a high-efficiency tail rotor, providing abundant lift and precise maneuverability. Excellent aerodynamic characteristics enable it to maintain stable flight in high-altitude areas and have strong environmental adaptability. Multiple flight speed modes can be flexibly switched according to mission requirements, enabling high-speed maneuvering while maintaining economical cruising, thereby extending operation time.

        The outstanding feature of this unmanned helicopter is its powerful mission payload capacity. The spacious load-bearing space and reliable suspension system can carry a variety of professional equipment to meet the application needs of different fields. Both large detection instruments and heavy transportation materials can be safely and stably transported to the target area. The optimized center of gravity design ensures good flight quality under various load configurations.

        In terms of endurance, the ability to operate continuously for a long time is achieved through a carefully designed fuel system and power matching. The large capacity fuel tank combined with a low fuel consumption engine greatly expands the coverage range of a single task. This feature is particularly suitable for application scenarios that require large-scale continuous operations, significantly improving work efficiency.

        The control system adopts advanced flight management technology and integrates multiple safety protection mechanisms. The intelligent flight control system can automatically adapt to various flight states, ensuring stable and reliable operation. Simultaneously supporting multiple control modes, it can be precisely controlled through professional ground stations and adapt to flexible scheduling of mobile command platforms, providing diverse operational options for different application scenarios.

        In the field of agricultural and forestry plant protection, this model has demonstrated significant advantages. By equipping with professional spraying equipment, it is possible to complete large-scale tasks such as pesticide spraying and fertilizer spreading. Its precise flight control capability ensures the uniformity of pesticide application, while the strong down-wash airflow improves the penetration of the medicine, greatly enhancing the operational efficiency. In terms of forest fire prevention, it is possible to quickly deliver firefighting supplies and buy valuable time for early fire control.

        As a scientific research experimental platform, its stable flight performance and sufficient payload capacity provide an ideal carrier for various scientific experiments. Scientific research projects such as atmospheric environment monitoring, geological exploration, and meteorological observation can all use this aerial platform to obtain accurate data. The open device interface design facilitates the rapid integration of various scientific research instruments, providing strong technical support for scientific research.

        In terms of communication relay applications, this model can be quickly deployed as a temporary communication node. By installing communication equipment, the signal coverage range is expanded to provide reliable communication support for emergency rescue, field operations, and other scenarios. Its ability to hover for extended periods of time is particularly suitable for such persistent task requirements.

        As a training platform, this aircraft model provides real operational experience for flight trainees. The stable flight characteristics and comprehensive safety system reduce training risks, while the real flight environment can improve training quality. By simulating various flight states, it helps students quickly master operational skills and shorten the training period.

        In special transportation tasks, its load capacity and environmental adaptability are fully reflected. Whether in areas with inconvenient transportation such as mountainous regions and islands, or in emergency transportation needs at disaster sites, we can quickly respond and complete the delivery of various materials. The modular cargo hold design can adapt to the transportation requirements of different specifications of goods.

        With the continuous upgrading of technology and the expansion of application scenarios, this multi-purpose unmanned helicopter system will continue to leverage its unique advantages to provide more professional aerial operation solutions for users in various industries. Its comprehensive functional configuration will undoubtedly drive the application of unmanned helicopters into a new stage of development.

Product parameters