Underwater wings for providing lift to boats
The present invention relates generally to underwater wings for providing lift to boats. More particularly, exemplary embodiments of the present invention include a pair of underwater wings that attach to the hulls of a pontoon. The purpose of the wings is to provide a designated amount of lift to reduce drag and improve performance of the watercraft. This is different from a traditional hydrofoil, which is designed to lift a boat completely out of the water. Ideally, the wings are connected to the deck of the pontoon boat via adjustable mounts that allow the wings to be raised or lowered in the water to adjust the amount of drag.
1. A hydrofoil wing system for a pontoon boat having a first pontoon, a second pontoon, and a deck supported by said first pontoon and said second pontoon, said hydrofoil wing system comprising:
a first wing having a first terminal end and a second terminal end, the first terminal end of said first wing attached to the first pontoon and configured to rotate about a longitudinal axis at a point of attachment to said first pontoon;
a second wing having a first terminal end and a second terminal end, the first terminal end of said second wing attached to the second pontoon and configured to rotate about a longitudinal axis at a point of attachment to said second pontoon; and
an adjustable mount attached to an underside of said deck, wherein said adjustable mount is configured to adjust a height relative to the underside of said deck of at least one of the second terminal end of said first wing and the second terminal end of said second wing.
2. The hydrofoil wing system of claim 1 , wherein said adjustable mount is configured to be operated from a remote location.
3. The hydrofoil wing system of claim 1 , wherein said adjustable mount is configured to be operated via an application on a mobile device.
4. The hydrofoil wing system of claim 1 , wherein said adjustable mount is a first adjustable mount configured to adjust the height relative to the underside of said deck of the second terminal end of said first wing, and wherein said hydrofoil wing system further comprises:
a second adjustable mount attached to the underside of said deck, wherein said second adjustable mount is configured to adjust a height relative to the underside of said deck of the second terminal end of said second wing.
5. The hydrofoil wing system of claim 4 , wherein said first adjustable mount is configured to be operated via an electromechanical switch from a helm of said pontoon boat.
6. The hydrofoil wing system of claim 5 , wherein said second adjustable mount is configured to be operated via an electromechanical switch from a helm of said pontoon boat.
7. The hydrofoil wing system of claim 4 , wherein said first adjustable mount is configured to be operated via an application on a mobile device.
8. The hydrofoil wing system of claim 5 , wherein said second adjustable mount is configured to be operated via an application on a mobile device.
9. The hydrofoil wing system of claim 1 , wherein an attack angle of said first wing is adjustable at the point of attachment to said first pontoon.
10. The hydrofoil wing system of claim 9 , wherein an attack angle of said second wing is adjustable at the point of attachment to said second pontoon.
11. The hydrofoil wing system of claim 1 , wherein said first wing is attached to said first pontoon at a point forward of a center of gravity of said pontoon boat and said second wing is attached to said second pontoon at a point forward of said center of gravity of said pontoon boat.