V-drive motor arrangement

1. A V-drive motor arrangement for a hybrid electric vehicle, comprising:

a support structure on the hybrid electric vehicle, including a pair of frame members maintained in a spaced apart relationship;

a principle power unit mounted on the support structure;

a controller coupled to the principle power unit;

a first motor mounted between the two frame members and coupled to a first gear set and to the controller; and

a second motor mounted between the two frame members and coupled to a second gear set and to the controller,

wherein each motor is mounted at a first angle relative to a horizontal plane and a second angle relative to a vertical plane, and each motor is aligned with each respective gear set at a gear mesh angle other than ninety degrees.

2. The motor arrangement of claim 1 , wherein each gear set is a bevel gear set.

3. The motor arrangement of claim 1 , wherein the motors are mounted side-by-side.

4. The motor arrangement of claim 1 , further comprising sensors mounted on the hybrid electric vehicle, the sensors operable to provide data input to the controller for adjusting an output to the motors.

5. The motor arrangement of claim 4 , wherein the first angle is in the range of 18° to 24° inclusive.

6. The motor arrangement of claim 1 , wherein each gear set is coupled to an output shaft.

7. A V-drive motor arrangement for a hybrid electric vehicle, comprising:

a support structure on the hybrid electric vehicle;

a principle power unit mounted on the support structure;

a controller coupled to the principle power unit;

a first frame member;

a second frame member disposed a spaced apart distance from the first frame member in a substantially parallel relationship;

a first motor mounted between the two frame members and coupled to the controller and to a first gear set;

a second motor mounted between the two frame members and coupled to a controller and to a second gear set,

a plurality of sensors mounted on the hybrid electric vehicle, the sensors operable to provide data input to the controller for adjusting an output to the motors;

wherein each motor is mounted at a first angle relative to a horizontal plane and a second angle relative to a vertical plane, and each motor is aligned with each respective gear set at a gear mesh angle other than ninety degrees.

8. The motor arrangement of claim 7 , wherein each gear set is a bevel gear set.

9. The motor arrangement of claim 7 , wherein the motors are mounted side-by-side.

10. The motor arrangement of claim 7 , further comprising a data bus network mounted in the hybrid electric vehicle, the data bus network configured to receive input data from the sensors and provide output data to the controller.

11. The motor arrangement of claim 10 , wherein the first angle is in the range of 18° to 24° inclusive.

12. The motor arrangement of claim 7 , wherein each gear set is coupled to an output shaft.

13. The motor arrangement of claim 12 , wherein each output shaft is coupled to a wheel set.

14. A method for mounting a pair of electric motors on a hybrid electric vehicle, the method comprising the steps of:

providing a hybrid electric vehicle having a support structure and a vehicle controller, the support structure having a principle power unit mounted thereon, and including two frame members maintained in a spaced apart relationship;

mounting a first electric motor between the two frame members;

coupling the first electric motor to the vehicle controller and to a first gear set;

mounting a second electric motor between the two frame members a spaced apart distance from the first electric motor;

coupling the second electric motor to the vehicle controller and to a second gear set;

mounting a plurality of sensors on the hybrid electric vehicle, the sensors operable to provide data input to the vehicle controller for adjusting an output to the motors;

aligning each motor at a first angle relative to a horizontal plane and a second angle relative to a vertical plane; and

aligning each motor with each respective gear set at a gear mesh angle other than 90°.

15. The method of claim 14 , including a step of coupling each gear set to an output shaft.

16. The method of claim 14 , including the step of providing a data bus network in the hybrid electric vehicle, the data bus network configured to receive input data from the sensors and to provide output data to the vehicle controller.

17. The method of claim 16 , wherein the angle is in a range of 18° to 24° inclusive.

18. The method of claim 14 , wherein each gear set is a bevel gear set.

19. The method of claim 15 , including the step of coupling each output shaft to a wheel set.