Snap feature providing component attachment

1. A snap assembly comprising:

a cantilever snap including an orifice defined in a surface of a first component, the orifice being defined between sidewalls, the cantilever snap further comprising a cantilevered-slant protrusion extending between the sidewalls and out of the orifice at an acute angle relative to the surface of the first component and being unsupported at portions of the cantilevered-slant protrusion that correspond to the sidewalls; and

a retention body attached to a second component and configured to be inserted into the orifice from a side of the first component that is opposite of a side of the first component away from which the cantilevered-slant protrusion extends to secure the retention body to the cantilever snap, the retention body including a retaining extension comprising a holding assembly that lies in a plane that lies at an angle to a plane in which the retention body lies,

wherein the retaining extension further comprises a lead-in extending away from a surface of the retention body,

wherein the cantilever snap further comprises an alignment rib that faces an engagement face of the cantilevered-slant protrusion to pinch the retention body therebetween;

wherein the alignment rib defines an engagement surface that lies in a plane that is substantially parallel to a plane in which the engagement face of the cantilevered-slant protrusion lies, and

wherein the retention body extends away from a surface of the second component such that, responsive to insertion of the retention body into the orifice past the lead-in, the surface of the second component and the surface of the first component are held parallel to each other, and the retention body forms a second acute angle with both the surface of the first component and the surface of the second component.

2. The snap assembly of claim 1 , wherein the lead-in forms a slanted surface relative to a contact face of the retention body, the contact face contacting the cantilevered-slant protrusion responsive to insertion of the retention body into the orifice, the lead-in slidably contacting the cantilevered-slant protrusion responsive to insertion of the retention body into the orifice.

3. The snap assembly of claim 2 , wherein the lead-in is disposed proximate to the holding assembly, the lead-in being closer to a distal end of the retention body than the holding assembly.

4. The snap assembly of claim 2 , wherein a thickness of the retention body increases linearly over a length of the lead-in.

5. The snap assembly of claim 4 , wherein a point of maximum thickness of the retention body separates the lead-in from the holding assembly.

6. The snap assembly of claim 1 , wherein the holding assembly comprises a plurality of teeth.

7. The snap assembly of claim 6 , wherein each tooth of the plurality of teeth includes a first portion that lies in a plane substantially perpendicular to a plane in which the retention body lies and a second portion that lies in a plane substantially parallel to the plane in which the retention body lies.

8. The snap assembly of claim 6 , wherein the plurality of teeth are arrayed to form a series of step protrusions that sequentially step away from a contact face of the retention body.

9. The snap assembly of claim 8 , wherein each of the series of step protrusions defines a discrete holding point at which the retention body may be held, each discrete holding point being a corresponding different distance from a distal end of the retention body.

10. The snap assembly of claim 8 , wherein the cantilevered-slant protrusion comprises an edge portion that engages a respective one of the step protrusions to prevent movement of the retention body in a direction opposite a direction of insertion of the retention body into the orifice.

11. The snap assembly of claim 1 , wherein the cantilevered-slant protrusion comprises an edge portion disposed proximate to the engagement face to engage the holding assembly to prevent movement of the retention body in a direction opposite a direction of insertion of the retention body into the orifice.

12. The snap assembly of claim 1 , wherein the first component and the second component are components of outdoor power equipment.

13. The snap assembly of claim 1 , wherein the first component and the second component are components of a lawn mower.

14. The snap assembly of claim 1 , wherein the first component and the second component are fixed to each other by insertion of the retention body into the orifice at least to a point at which the holding assembly contacts the cantilevered-slant protrusion.

15. The snap assembly of claim 1 , wherein the acute angle is less than a 45 degree angle.

16. The snap assembly of claim 1 , wherein a point of maximum thickness separates the holding assembly and the lead-in.

17. The snap assembly of claim 1 , wherein a distal end of the cantilevered-slant protrusion forms a sharp edge.

18. The snap assembly of claim 1 , wherein a width of the retention body remains constant over an entirety of a length of the retention body.

19. The snap assembly of claim 1 , wherein a thickness of the retention body remains constant over an entirety of a length of the retention body.

20. The snap assembly of claim 1 , wherein the engagement face and the engagement surface face each other, and wherein a reception area is defined between the engagement face and the engagement surface, the reception area being configured to receive the retention body.