Forged portal hub mounting body

1. A portal hub assembly comprising:

a portal box;

an input opening in said portal box configured to receive an input shaft;

an output opening in said portal box configured to receive an output shaft, wherein said output opening is vertically displaced from said input opening;

a mounting assembly removably attachable to a side of said portal box, wherein said mounting assembly comprises a mounting body forged as a unitary body having a deformed grain structure due to forging, wherein one side of said mounting body includes a plurality of elongated ribs that are unitarily forged with said mounting body, and wherein the one side of said mounting body defines a generally flat partition;

a bracket system comprising at least one mounting bracket adapted to receive a component from a particular vehicle model suspension system, wherein the at least one mounting bracket defines a mounting body surface that abuts the generally flat partition; and

wherein said bracket system is selectively affixed to said mounting body to configure said mounting assembly to receive the component from the particular vehicle model suspension system.

2. The portal hub assembly of claim 1 , further comprising a steering rod bracket adapted to attach to a steering rod of a vehicle, wherein said steering rod bracket is attachable to said mounting body.

3. The portal hub assembly of claim 2 , further comprising a spacer plate attached to an edge of said mounting body.

4. The portal hub assembly of claim 3 , wherein said steering rod bracket is attached to said mounting body so said spacer plate abuts both said steering rod bracket and said mounting body.

5. The portal hub assembly of claim 1 , wherein said bracket system comprises a second mounting bracket, and wherein said second mounting bracket is adapted to receive a second component from the particular vehicle model suspension system.

6. The portal hub assembly of claim 1 , wherein said mounting body defines at least one access opening that is not aligned with either said input opening or said output opening of said portal box, and wherein said access opening allows access to said portal box through said mounting body.

7. The portal hub assembly of claim 1 , wherein at least one attachment opening is defined in said mounting body, and said at least one attachment opening is adapted to receive an attachment member for attaching said mounting assembly to said portal box.

8. The portal hub assembly of claim 1 , wherein said portal box includes a flat surface configured to engage a flat surface of said mounting assembly.

9. The portal hub assembly of claim 1 , wherein said plurality of elongated ribs includes an elongated rib that is oriented vertically on said mounting body.

10. The portal hub assembly of claim 1 , wherein said portal box alters the transmission ratio between the input shaft and the output shaft.

11. The portal hub assembly of claim 1 , wherein a side of said mounting body opposite of said side of said mounting body with said ribs defines a plurality of elongated grooves.

12. The portal hub assembly of claim 1 , wherein a top edge of said mounting body includes an arched rib that projects farther from a said side of said mounting body than the other of said elongated ribs on said mounting body.

13. A mounting assembly for use with the portal hub assembly of claim 1 , the mounting assembly comprising:

said mounting body including a wheel side and a vehicle side, wherein said wheel side of said mounting body defines a substantially planar surface, wherein said vehicle side of said mounting body includes said generally plat partition and said plurality of elongated ribs which defines an irregular surface that is nonplanar;

said bracket system extending from said vehicle side of said mounting body;

a steering rod bracket attachable to said mounting body and extending from said vehicle side of said mounting body, wherein said steering rod bracket is adapted to connect to a steering rod of a vehicle and wherein said steering rod bracket does not contact said bracket system; and,

wherein said bracket system and said steering rod bracket on said mounting body are selected from a plurality of different bracket systems and a plurality of different steering rod brackets configured for a plurality of different vehicle models to fit said mounting body to the particular vehicle model.

14. The mounting assembly of claim 13 , wherein said bracket system includes two mounting brackets, wherein each of said mounting brackets is adapted to receive a component from a vehicle suspension system.

15. The mounting assembly of claim 13 , wherein said plurality of different bracket systems are each configured to be selectively affixed to said mounting body.

16. The mounting assembly of claim 13 , wherein at least one attachment opening is defined in said mounting body, and said at least one attachment opening is adapted to receive an attachment member for attaching the mounting assembly to a portal box.

17. The mounting assembly of claim 13 , further comprising a spacer plate attached to an edge of said mounting body.

18. The mounting assembly of claim 17 , wherein said steering rod bracket is attached to said mounting body so said spacer plate abuts both said steering rod bracket and said mounting body.

19. A method of constructing a mounting assembly for use with the portal hub assembly of claim 1 , wherein the mounting assembly can be mounted on the wheel of a vehicle, the method comprising the acts of:

forging the mounting body as the unitary body wherein the one side of the mounting body has a surface that is irregularly shaped and nonplanar, and wherein the forging deforms the grain structure of the mounting body;

selecting the bracket system from a of plurality of different bracket systems, wherein the selected bracket system corresponds to the particular vehicle model and wherein the selected bracket system is adapted to receive a component from the vehicle suspension system of the particular vehicle model; and,

attaching the selected bracket system to the mounting body at the generally flat partition on the one side of the mounting body.

20. The method of claim 19 further comprising:

selecting a steering rod bracket from a plurality of different steering rod brackets, wherein the selected steering rod bracket corresponds to the particular vehicle model and wherein the selected steering rod bracket is adapted to receive a steering rod of the particular vehicle model; and,

attaching the selected steering rod bracket to said mounting body in a location on the mounting body that allows the selected steering rod bracket to receive the steering rod of the particular vehicle model.

21. The method of claim 19 , wherein a mounting body adapted to be mounted on the right side of the vehicle is the mirror image of a mounting body adapted to be mounted on the left side of the vehicle.