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A compactor wheel having a compactor cleat mountable on a compactor wheel is disclosed. The compactor cleat includes a base affixable to a compactor wheel and a body secured to the base and extending radially outward from the base, with the body comprising an arrangement of protrusions generally div

A compactor wheel having a compactor cleat mountable on a compactor wheel is disclosed. The compactor cleat includes a base affixable to a compactor wheel and a body secured to the base and extending radially outward from the base, with the body comprising an arrangement of protrusions generally dividing the body into four protrusion quadrants. Each of the four protrusion quadrants is angled away from other respective protrusion quadrants such that forcing the protrusions of the cleat into a malleable material causes the malleable material to diversify along the four protrusion quadrants.

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1. A compactor cleat mountable on a compactor wheel, the compactor cleat comprising: a base affixable to a compactor wheel; anda body secured to the base and extending radially outward from the base, the body comprising an arrangement of protrusions generally dividing the body into four protrusion q

1. A compactor cleat mountable on a compactor wheel, the compactor cleat comprising: a base affixable to a compactor wheel; anda body secured to the base and extending radially outward from the base, the body comprising an arrangement of protrusions generally dividing the body into four protrusion quadrants;wherein each of the four protrusion quadrants is angled away from other respective protrusion quadrants such that forcing the protrusions of the cleat into a malleable material causes the malleable material to diversify along the four protrusion quadrants; andwherein the base comprises: a hexagonal shaped bottom portion; andat least one wall extending out perpendicularly from the bottom portion. 2. The compactor cleat of claim 1 wherein the arrangement of protrusions comprises a center flange extending upward from the base to form an upper ridge, the center flange generally aligned along a center line of the base. 3. The compactor cleat of claim 2 wherein the center flange includes a front surface, a back surface, and side surfaces extending between the base and the upper ridge, and wherein each of the front surface, the back surface, and the side surfaces slope downward and outward from the upper ridge to a perimeter of the base. 4. The compactor cleat of claim 3 wherein the center flange comprises: a pair of side portions positioned on opposing ends of the center flange, each of the pair of side portions having a planar top surface forming part of the upper ridge; anda center portion located between the side portions and including a top surface forming part of the upper ridge, the top surface of the center portion comprising a V-shaped notch that extends downward from the planar top surface of the side portions. 5. The compactor cleat of claim 4 wherein the arrangement of protrusions comprises a pyramidal protrusion extending upward from the base at least partially up along a height of the center flange, the pyramidal protrusion being bisected by the center flange and having an upper point being generally aligned with the V-shaped notch of the center portion. 6. The compactor cleat of claim 5 wherein the pyramidal protrusion comprises: a first portion extending outwardly from the front surface of the center flange, the first portion comprising first and second sloped surfaces; anda second portion extending outwardly from the back surface of the center flange, the second portion comprising third and fourth sloped surfaces. 7. The compactor cleat of claim 6 wherein the front surface of the center flange and the first sloped surface of the pyramidal protrusion define a first quadrant of the four protrusion quadrants, the front surface of the center flange and the second sloped surface of the pyramidal protrusion define a second quadrant of the four protrusion quadrants, the back surface of the center flange and the third sloped surface of the pyramidal protrusion define a third quadrant of the four protrusion quadrants, and the back surface of the center flange and the fourth sloped surface of the pyramidal protrusion define a fourth quadrant of the four protrusion quadrants. 8. The compactor cleat of claim 5 wherein the center portion comprises a plurality of curved channels formed therein on the front and back surfaces of the center flange, the curved channels extending downward from the V-shaped notch and flaring outwardly threrefrom to opposing sides of the pyramidal protrusion. 9. The compactor cleat of claim 1 wherein the at least one wall of the base comprises: a first wall having a pair of openings formed therein; anda second wall having a plurality of formations along opposing side edges and including at least one opening formed therein, the second wall bisecting the first wall at a right angle. 10. The compactor cleat of claim 9 wherein the body is constructed to extend through the openings of the first and second walls to secure the body to the base. 11. The compactor cleat of claim 1 wherein the base is formed of a first material and the body is formed of a second material different from the first material, the first material comprising a weldable metal and the second material comprising an abrasion resistant metal. 12. The compactor cleat of claim 1 wherein each of the four protrusion quadrants is angled away from other respective protrusion quadrants such that forcing the protrusions of the cleat into the malleable material causes the malleable material to be pushed in four distinct directions corresponding to the four protrusion quadrants. 13. A compactor cleat mountable on a compactor wheel, the compactor cleat comprising: a base affixable to the compactor wheel; anda body secured to the base, the body comprising: a center protrusion extending upward from the base and generally dividing the cleat into an equal first region and a second region, wherein the center protrusion includes a front surface, a back surface, and two side surfaces that each extend up to a crest; anda pyramidal protrusion extending upward from the base, the pyramidal protrusion being bisected by the center protrusion such that a first portion of the pyramidal protrusion extends outwardly from the front surface of the center protrusion and a second portion of the pyramidal protrusion extends outwardly from the back surface of the center protrusion;wherein the first portion of the pyramidal protrusion further divides the first region of the cleat into a first quadrant and a second quadrant, and wherein the second portion of the pyramidal protrusion further divides the second region of the cleat into a third quadrant and a fourth quadrant. 14. The compactor cleat of claim 13 wherein the crest comprises a planar surface having a notch formed in a central area thereof, the notch comprising a V-shaped notch extending downward from the planar surface. 15. The compactor cleat of claim 14 wherein the pyramidal protrusion comprises: a point generally aligned with the notch;and a pair of sloped surfaces formed on each of the first portion and the second portion of the pyramidal protrusion, the pair of sloped surfaces being divided by an edge such that the sloped surfaces are angled in opposing directions relative to the notch. 16. The compactor cleat of claim 13 wherein the base comprises: a hexagonal shaped bottom portion; anda wall structure extending out perpendicularly from the bottom portion, the wall portion configured to mate with the body, thereby securing the body to the base. 17. The compactor cleat of claim 16 wherein each of the front and back surfaces of the center protrusion comprise one of an angled surface and a curved surface sloping downwardly and outwardly from the crest to a perimeter of the hexagonal shaped bottom portion. 18. A compactor wheel mountable on an axle of a compaction machine, the compactor wheel comprising: a hub mountable to an axle of a compaction machine;a rim mounted around an outer circumference of the hub, the rim having a wrapper, an inner circumferential edge, and an outer circumferential edge; anda plurality of cleats affixed to the wrapper, each of the plurality of cleats further comprising: a base affixable to a compactor wheel; anda body secured to the base and extending radially outward from the compactor wheel, the body comprising an arrangement of protrusions generally dividing the body into four protrusion quadrants;wherein each of the four protrusion quadrants is angled away from other respective protrusion quadrants such that items forced onto the body are pushed in four distinct directions corresponding to the four protrusion quadrants; andwherein the arrangement of protrusions comprises a center flange extending upward from the base, the center flange positioned along a centerline of the base and having a top planar surface having a notch formed in a central area thereof, the notch comprising a V-shaped notch extending downward from the top planar surface. 19. The compactor wheel of claim 18 wherein the base comprises: a bottom portion being oriented parallel to the wrapper of the rim; andat least one wall extending perpendicular to the bottom portion and radially outward from the wrapper. 20. The compactor wheel of claim 19 wherein the arrangement of protrusions comprises: a center flange extending upward from the bottom portion of the base, the center flange positioned along a centerline of the bottom portion; anda pyramidal protrusion extending upward from the bottom portion of the base and being bisected by the center flange such that first and second sloped surfaces of the pyramidal protrusion are positioned on a first side of the center flange and such that third and fourth sloped surfaces of the pyramidal protrusion are positioned on a second side of the center flange;wherein the center flange and the pyramidal protrusion divide the body into four quadrants, with each quadrant being angled away from other respective quadrants. 21. The compactor wheel of claim 20 wherein: the first sloped surface of the pyramidal protrusion and the first side of the center flange define a first quadrant;the second sloped surface of the pyramidal protrusion and the first side of the center flange define a second quadrant;the third sloped surface of the pyramidal protrusion and the second side of the center flange define a third quadrant; andthe fourth sloped surface of the pyramidal protrusion and the second side of the center flange define a fourth quadrant. 22. A compactor cleat mountable on a compactor wheel, the compactor cleat comprising: a base affixable to a compactor wheel; anda body secured to the base and extending radially outward from the base, the body comprising an arrangement of protrusions generally dividing the body into four protrusion quadrants;wherein each of the four protrusion quadrants is angled away from other respective protrusion quadrants such that forcing the protrusions of the cleat into a malleable material causes the malleable material to diversify along the four protrusion quadrants;wherein the arrangement of protrusions comprises a center flange extending upward from the base to form an upper ridge, the center flange generally aligned along a center line of the base and including: a front surface, a back surface, and side surfaces extending between the base and the upper ridge, and wherein each of the front surface, the back surface, and the side surfaces slope downward and outward from the upper ridge to a perimeter of the base;a pair of side portions positioned on opposing ends of the center flange, each of the pair of side portions having a planar top surface forming part of the upper ridge; anda center portion located between the side portions and including a top surface forming part of the upper ridge, the top surface of the center portion comprising a V- shaped notch that extends downward from the planar top surface of the side portions.