A way to increase the carrying force of a flying platform with a constant cross-section

摘要

The solution describes a structure of a flying platform in the shape of a square, diamond or other geometric shape with one, two or more holes in the center. It has a specific profile that has a constant cross-section, giving it a lifting force. The described design solution enables the platform to fly in four directions: each of the corners can be the front of the flying platform. The lifting force is generated by the air turbulence on the nose surface caused by the disturbance of the air flow on the leading edges. A structure that combines several features that improve flight parameters, i.e. a fixed plane profile, square, diamond or other geometric shape, and empty space or empty spaces inside. It is distinguished by excellent flight parameters compared to the currently used solutions. It is characterized by horizontal flight stability not found in conventional solutions.