*The shape and position of the bird's beak wing are designed to effectively organize the airflow around the motorcycle when traveling at high speeds, allowing the air to flow more smoothly and reducing air resistance. This reduces the atmospheric obstacles the motorcycle encounters while driving, helping to improve driving efficiency and reduce energy loss.

*Like a regular wind wing, the bird's beak wing can also generate a downward force using aerodynamic principles when the motorcycle is traveling at high speeds. This downforce offsets some of the vehicle's lift, bringing the motorcycle into closer contact with the ground, enhancing grip and improving vehicle stability and handling, especially when driving at high speeds and cornering.

*When the motorcycle leans inward, the downforce generated by the vehicle's dynamic changes enhances tire-to-ground contact, improving ground contact and allowing the driver to feel a clearer connection between the vehicle and the road, allowing for better control over the vehicle's driving technique.

* The fixed air wing increases the vehicle's stability and ground feeling when cornering, allowing the motorcycle to resume acceleration more quickly after successfully completing a corner, improving the performance of re-acceleration after cornering, and making the riding process smoother and more efficient.