Abstract A power boat hull having sides and a bottom formed of a series of vertically stepped panels disposed symmetrically on either side of the hull center line. The series of panels on either side of the hull center line include an inboard panel, a center panel and an outboard panel. Vertical risers join the adjacent edges of the center and outboard panels and extend substantially parallel to the hull center line. Vertical risers join the adjacent edges of the center and inboard panels and extend on opposite sides of the hull center line from the stern to a point of intersection on the center line adjacent the bow. The panels are angled upwardly from the horizontal, outwardly of the hull center line with such angularities decreasing between successive panels in the outboard direction at all stations along the length of the hull except at the stern, the angularities of each inboard and center panels increasing from the stern toward the bow while the angularities of the outboard panels remain constant.
A power boat hull having sides and a bottom, said bottom being formed of a series of vertically stepped panels disposed symmetrically on either side of the hull center line, said series of panels on either side of the hull center line including an inboard panel and a center panel and an outboard panel, vertical risers joining the adjacent edges of said center and outboard panels, vertical risers joining the adjacent edges of said center and inboard panels and extending on opposite sides of the hull center line from the stern to a point of intersection on the center line adjacent the bow to provide soft riding qualities, said panels being angled upwardly from the horizontal outwardly of the hull center line with such angularities decreasing between successive panels in the outboard direction at all stations along the length of the hull except at the stern, the angularities of each said inboard and center panels increasing from the stern toward the bow while the angularities of said outboard panels remain constant thereby stabilizing the hull both while running at all speeds and at rest.
Claim 2
Dependent Claim
184 words
A power boat hull having sides and a bottom, said bottom being formed of a series of vertically stepped panels disposed symmetrically on either side of the hull center line, said series of panels on either side of the hull center line including an inboard panel and a center panel and an outboard panel, vertical risers joining the adjacent edges of said center and outboard panels, vertical risers joining the adjacent edges of said center and inboard panels and extending on opposite sides of the hull center line from the stern to a point of intersection on the center line adjacent the bow to provide soft riding qualities, said panels being angled upwardly from the horizontal outwardly of the hull center line with such angularities decreasing between successive panels in the outboard direction at all stations along the length of the hull except at the stern, the angularities of each said inboard and center panels increasing from the stern toward the bow while the angularities of said outboard panels remain constant thereby stabilizing the hull both while running at all speeds and at rest.
Claim 3
Dependent Claim
117 words
A power boat hull according to claim 1 wherein the angularities of said panels at stations disposed along the length L of the hull from the stern to the bow are in accordance with the following table where A = 5° and B = 0° to 5° but is constant for any particular hull: ______________________________________
Stations
Stern 1/4 L 1/2 L 3/4 L 7/8L
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Inboard
A + B 1.5A + B 2A + B 5A + B 11A + B
Panel
Center A + B 1.3A + B 1.6A + B
3A + B 5A + B
Panel
Outboard
A + B A + B A + B A + B A + B
Panel
______________________________________
Claim 4
Dependent Claim
71 words
A power boat hull according to claim 1 wherein the angularities of said panels at stations disposed along the length L of the hull from the stern to the bow are in accordance with the following table: ______________________________________
Stations Stern 1/4 L 1/2 L 3/4 L 7/8 L
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Inboard 5°
7.5°
10°
25°
55°
Panel
Center
Panel 5°
6.5°
8°
15°
25°
Outboard
Panel 5°
5°
5°
5°
5°
______________________________________
Claim 5
Dependent Claim
71 words
A power boat hull according to claim 1 wherein the angularities of said panels at stations disposed along the length L of the hull from the stern to the bow are in accordance with the following table: ______________________________________
Stations Stern 1/4 L 1/2 L 3/4 L 7/8 L
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Inboard
Panel 8°
10.5°
13°
28°
58°
Center
Panel 8°
9.5°
11°
18°
28°
Outboard
Panel 8°
8°
8°
8°
8°
______________________________________
Claim 6
Dependent Claim
71 words
A power boat hull according to claim 1 wherein the angularities of said panels at stations disposed along the length L of the hull from the stern to the bow are in accordance with the following table: ______________________________________
Stations Stern 1/4 L 1/2 L 3/4 L 7/8 L
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Inboard
Panel 10°
12.5°
15°
30°
60°
Center
Panel 10°
11.5°
13°
20°
30°
Outboard
Panel 10°
10.0°
10°
10°
10°
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