The FY-G08 fixed wing drone supports customized services, allowing users to flexibly choose between hanging or sliding models based on mission scenarios, adapting to complex terrains and diverse mission requirements; The product provides personalized minimum order quantity solutions and supports bulk procurement. The modular task compartment design combined with a dual redundancy safety system ensures efficient deployment and stable flight experience, meeting the requirements of specialized operations in multiple scenarios.
product details
This fixed wing drone cleverly combines the advantages of high aspect ratio fixed wings and multi rotor structures, balancing vertical takeoff and landing capabilities with long endurance performance. Its unique configuration breaks through the limitations of traditional aircraft on takeoff and landing sites, allowing for flexible operations in complex terrain environments. At the same time, its optimized aerodynamic shape effectively reduces flight resistance, improves energy utilization, and provides reliable support for long-term mission execution.
The drone is made of aviation grade carbon fiber composite materials, which significantly reduces the overall weight while ensuring structural strength. The body lines have been optimized through fluid dynamics, presenting a beautiful streamlined contour. The cruise power unit is carefully arranged in the front and rear positions of the mid section of the wings, which not only maintains the overall aerodynamic integrity of the fuselage, but also utilizes scientific layout to enhance the efficiency of the propulsion system. The unique design of the power unit not only avoids airflow interference, but also leaves ample load-bearing space in the middle of the fuselage. The modular design of the mission compartment can quickly replace specialized equipment according to different mission needs, achieving flexible conversion for multi scenario applications such as surveying and mapping, material transportation, emergency rescue, etc.
In terms of safety performance, the drone is equipped with multiple redundant control systems, which can maintain stable flight through intelligent fault-tolerant mechanisms even in the event of individual component abnormalities, ensuring mission safety. To adapt to different application scenarios, two task configurations have been specially developed: the vertical takeoff and landing type has superior site adaptability and can complete takeoff and landing operations in limited space; The runway takeoff type obtains greater payload capacity through structural optimization, and both configurations can maintain stable operation under complex weather conditions.
The overall size of the drone has been carefully designed to ensure sufficient lift area while also considering transportation convenience. The power system uses a reliable and durable gasoline engine, combined with a carefully designed fuel system, to achieve sustained and stable power output. Its range covers a wide operational area, and the level flight speed range is designed reasonably, which can quickly reach the mission area while maintaining an economical cruising state. The upper limit index meets the operational needs of high-altitude areas, and the wide working temperature range enables it to operate normally in extremely cold and hot environments.
In terms of protective performance, the whole machine adopts a special sealing process, which has the ability to resist wind and rain invasion, and can perform tasks in small and medium rain and snow weather. The wind resistance performance has been rigorously verified to ensure safe takeoff and landing and stable flight even in strong wind environments. Through the modular design concept, users can select different functional components according to task types, from high-precision surveying equipment to specialized transportation containers, which can be quickly adapted, truly realizing the platform value of one machine for multiple uses.
This aircraft is particularly suitable for professional fields such as long-distance inspection, large-scale surveying, and emergency material delivery. Its integrated layout breaks through the performance boundaries of traditional aircraft, improving endurance and payload capacity while maintaining vertical takeoff and landing flexibility. The intelligent flight control system, combined with multiple safety mechanisms, significantly reduces the operational threshold and makes complex tasks simple and reliable. Whether it's power line patrols in rugged mountains, ecological monitoring in vast seas, or emergency response to sudden disasters, it can demonstrate task adaptability and reliable task completion, providing industry users with all-weather and multi scenario aerial operation solutions.
Product parameters
FY-G08 parameters |
|
Length |
3930mm |
Height |
1775.5mm |
wingspan |
8000mm |
material |
Aviation carbon fiber composite materials |
Fuel tank capacity |
38L |
engine |
gasoline engine |
Oil-Carrying Capacity |
75kg (vertical type) |
130kg (sliding type) |
|
Safe takeoff weight |
≤ 170kg (vertical type) |
≤ 180kg (sliding type) |
|
Full load fuel consumption |
7.5L/h (vertical type) |
7L/h (sliding type) |
|
voyage |
≤ 400km (vertical type) |
≤ 428km (sliding type) |
|
Safe level flight speed |
26~45m/s |
cruising speed |
28m/s |
Practical ceiling |
5000m |
operation temperature |
-20℃~45℃ |
Wind resistant level |
Level 5 takeoff and landing |
Flight Level 6 |
|
Protection grade |
IPX4 |
The above parameters are for reference only. Detailed product parameters are subject to actual delivery. |
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