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A motorized hydrofoil apparatus may include a sailboard having a top surface and a bottom surface; a first hydrofoil assembly having a first hydrofoil and a first support unit; a second hydrofoil assembly having a second hydrofoil and a second support unit; and a propulsion system. The hydrofoil app

A motorized hydrofoil apparatus may include a sailboard having a top surface and a bottom surface; a first hydrofoil assembly having a first hydrofoil and a first support unit; a second hydrofoil assembly having a second hydrofoil and a second support unit; and a propulsion system. The hydrofoil apparatus may also include one or more sensing units disposed on predetermined locations on the first support unit to operatively communicate to a plurality of actuating units on the first hydrofoil assembly and second hydrofoil assembly to automatically generate corrective responses to various destabilizing hydrodynamic effects to stabilize the hydrofoil apparatus.

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1. A motorized hydrofoil apparatus comprising: a sailboard having a top surface and a bottom surface;a first hydrofoil assembly having a first hydrofoil, a first support unit and a pair of first actuating units hingedly located on both sides of the first hydrofoil;a propulsion system to provide powe

1. A motorized hydrofoil apparatus comprising: a sailboard having a top surface and a bottom surface;a first hydrofoil assembly having a first hydrofoil, a first support unit and a pair of first actuating units hingedly located on both sides of the first hydrofoil;a propulsion system to provide power to the hydrofoil apparatus;a sensing unit to detect deviation movement of the hydrofoil apparatus; anda control unit to control the actuating units to generate corrective movements to increase stability of the hydrofoil apparatus. 2. The motorized hydrofoil apparatus of claim 1, wherein when the sensing unit detects a longitudinal deviation movement that may cause the hydrofoil apparatus to roll in either a counterclockwise or counterclockwise manner, a deviation signal is transmitted to the control unit to trigger the first actuating units to make appropriate corrective movement to stabilize the hydrofoil apparatus. 3. The motorized hydrofoil apparatus of claim 2, wherein one of the first actuating units is triggered to move up while the other one is triggered to move down to generate the corrective movement to eliminate an effect resulting from the longitudinal deviation movement of the hydrofoil apparatus. 4. The motorized hydrofoil apparatus of claim 1, wherein when the sensing unit detects a lateral deviation movement that may cause the hydrofoil apparatus to pitch up or down, a deviation signal is transmitted to the control unit to trigger the first actuating units to make appropriate corrective movement to stabilize the hydrofoil apparatus. 5. The motorized hydrofoil apparatus of claim 4, wherein both the first actuating units are triggered to move up to generate the corrective movement to eliminate an effect resulting from the lateral deviation movement of the hydrofoil apparatus. 6. The motorized hydrofoil apparatus of claim 4, wherein both the first actuating units are triggered to move down to generate the corrective movement to eliminate an effect resulting from the lateral deviation movement of the hydrofoil apparatus. 7. The motorized hydrofoil apparatus of claim 1, further comprising a second hydrofoil assembly extending from a front end of the first hydrofoil, said second hydrofoil assembly having a second hydrofoil, a second support unit and a pair of second actuating units hingedly located on both sides of the second hydrofoil. 8. The motorized hydrofoil apparatus of claim 7, wherein when the sensing unit detects a lateral deviation movement that may cause the hydrofoil apparatus to pitch up or down, a deviation signal is transmitted to the control unit to trigger the second actuating units to make appropriate corrective movement to stabilize the hydrofoil apparatus. 9. The motorized hydrofoil apparatus of claim 8, wherein both the second actuating units are triggered to move up to generate the corrective movement to eliminate an effect resulting from the lateral deviation movement of the hydrofoil apparatus. 10. The motorized hydrofoil apparatus of claim 8, wherein both the first actuating units are triggered to move down to generate the corrective movement to eliminate an effect resulting from the lateral deviation movement of the hydrofoil apparatus. 11. The motorized hydrofoil apparatus of claim 1, further comprising a second hydrofoil assembly extending from a rear end of the first hydrofoil, said second hydrofoil assembly having a second hydrofoil, a second support unit and a pair of second actuating units hingedly located on both sides of the second hydrofoil. 12. The motorized hydrofoil apparatus of claim 11, wherein when the sensing unit detects a lateral deviation movement that may cause the hydrofoil apparatus to pitch up or down, a deviation signal is transmitted to the control unit to trigger the second actuating units to make appropriate corrective movement to stabilize the hydrofoil apparatus. 13. The motorized hydrofoil apparatus of claim 12, wherein both the second actuating units are triggered to move up to generate the corrective movement to eliminate an effect resulting from the lateral deviation movement of the hydrofoil apparatus. 14. The motorized hydrofoil apparatus of claim 12, wherein both the first actuating units are triggered to move down to generate the corrective movement to eliminate an effect resulting from the lateral deviation movement of the hydrofoil apparatus. 15. The motorized hydrofoil apparatus of claim 1, wherein one end of the first support unit is attached to a predetermined location at the bottom surface of the sailboard between a centre portion and a rear end of the sailboard; and the other end of the first support unit is attached to nearly a centre portion of the first hydrofoil. 16. The motorized hydrofoil apparatus of claim 1, wherein the propulsion system is disposed between the first actuating units.