Aerodynamic Efficiency
Adopts an efficient V-tail layout, optimizing the aerodynamic shapes and relative positions of the wings, horizontal tail, vertical tail, and fuselage. The aerodynamic load distribution is reasonable, significantly increasing lift and reducing drag, thus achieving high flight efficiency. The overall streamline design reduces flight resistance.
Sturdy and Lightweight
Uses a large amount of high-strength and lightweight carbon fiber, wood boards, and PC boards. Employs an embedded box structure to enhance the structural strength and rigidity of the airframe. The fuselage bottom adopts a three-point landing gear, featuring high ground clearance, large mounting space, and a tail rotor that does not touch the ground.
Quick Disassembly and Assembly
The wings and tail adopt tool-free quick-release structures, reducing assembly steps and shortening disassembly and assembly time. The wings can be disassembled into root sections and tip sections, further reducing storage volume for easy portability, and providing a user-friendly experience.
Parameter
Details
Material
EPO, EVA, Carbon Fiber, Engineering Plastics, etc.
