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A method of determining alignment of a spring component relative to an upper spring mounting plate of a strut assembly using an alignment system is provided. The method includes placing an alignment gauge component on the upper spring mounting plate at a preselected location. The alignment gauge com

A method of determining alignment of a spring component relative to an upper spring mounting plate of a strut assembly using an alignment system is provided. The method includes placing an alignment gauge component on the upper spring mounting plate at a preselected location. The alignment gauge component has a right angled body with a positioning portion resting on the upper spring mounting plate and a transverse measuring portion having an opening extending therethrough located alongside the spring component. A measuring rod is inserted through the opening of the measuring portion with the positioning portion of the alignment gauge component engaged with the upper spring mounting plate. The measuring rod has a measurement region that includes one or more color-coded areas for determining an alignment condition of the spring component relative to the upper spring mounting plate with the measuring rod extending through the opening and contacting the spring component.

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1. An alignment system for determining alignment of a spring component relative to an upper spring mounting plate of a strut assembly, the alignment system comprising: an alignment gauge component having a right angled body with a positioning portion configured to rest on the upper spring mounting p

1. An alignment system for determining alignment of a spring component relative to an upper spring mounting plate of a strut assembly, the alignment system comprising: an alignment gauge component having a right angled body with a positioning portion configured to rest on the upper spring mounting plate and a transverse measuring portion having an opening extending therethrough arranged to be located alongside the spring component; anda measuring rod sized to be received through the opening of the measuring portion with the positioning portion of the alignment gauge component engaged with the upper spring mounting plate at a predetermined location, the measuring rod having a measurement region that includes one or more color-coded areas that are used to determine an alignment condition of the spring component relative to the upper spring mounting plate with the measuring rod extending through the opening and in contact with the spring component. 2. The alignment system of claim 1 further comprising a position template sized and configured to be placed on the upper spring mounting plate, the position template having indicia for placement of the alignment gauge on the upper spring mounting plate. 3. The alignment system of claim 2, wherein the indicia comprises gradations of degrees. 4. The alignment system of claim 1, wherein the measurement region has multiple areas having different colors. 5. The alignment system of claim 1, wherein the body includes a stepped portion between the positioning portion and the measuring portion, the stepped portion forming an alignment ledge forming a datum to align the alignment gauge component radially on the upper spring mounting plate. 6. The alignment system of claim 1, wherein the alignment gauge component further comprises a magnet located at the positioning portion. 7. The alignment system of claim 6, wherein the magnet is recessed into the positioning portion. 8. A method of determining alignment of a spring component relative to an upper spring mounting plate of a strut assembly using an alignment system, the method comprising: placing an alignment gauge component on the upper spring mounting plate at a preselected location, the alignment gauge component having a right angled body with a positioning portion resting on the upper spring mounting plate and a transverse measuring portion having an opening extending therethrough located alongside the spring component; andinserting a measuring rod through the opening of the measuring portion with the positioning portion of the alignment gauge component engaged with the upper spring mounting plate, the measuring rod having a measurement region that includes one or more color-coded areas for determining an alignment condition of the spring component relative to the upper spring mounting plate with the measuring rod extending through the opening and contacting the spring component. 9. The method of claim 8 further comprising placing a position template on the upper spring mounting plate before the step of placing the alignment gauge component on the upper spring mounting plate, the position template having indicia for placing the alignment gauge component on the upper spring mounting plate. 10. The method of claim 9, wherein the indicia comprises gradations of degrees. 11. The method of claim 8, wherein the step of placing the alignment gauge component on the upper spring mounting plate at the preselected location is at a first preselected location, the method further comprising placing the alignment gauge component at a second preselected location different from the first preselected location and inserting the measuring rod through the opening of the measuring portion with the positioning portion of the alignment gauge component engaged with the upper spring mounting plate at the second preselected location. 12. The method of claim 8 comprising attaching the alignment gauge component on the upper spring mounting plate using a magnet. 13. The method of claim 12, wherein the magnet is recessed into the positioning portion. 14. The method of claim 8, wherein the body includes a stepped portion between the positioning portion and the measuring portion, the stepped portion forming an alignment ledge forming a datum aligning the alignment gauge component radially on the upper spring mounting plate. 15. The method of claim 8, wherein the measurement region has multiple areas having different colors. 16. A method of determining alignment of a spring component relative to an upper spring mounting plate of a strut assembly using an alignment system, the method comprising: placing an alignment gauge component on the upper spring mounting plate at a preselected location using a position template, the alignment gauge component having a body with a positioning portion resting on the upper spring mounting plate and a measuring portion having an opening extending therethrough located alongside the spring component; andinserting a measuring rod through the opening of the measuring portion with the positioning portion of the alignment gauge component engaged with the upper spring mounting plate, the measuring rod having a measurement region for determining an alignment condition of the spring component relative to the upper spring mounting plate with the measuring rod extending through the opening and contacting the spring component. 17. The method of claim 16, wherein the position template has indicia for placing the alignment gauge component on the upper spring mounting plate. 18. The method of claim 17, wherein the indicia comprises gradations of degrees. 19. The method of claim 16, wherein the step of placing the alignment gauge component on the upper spring mounting plate at the preselected location is at a first preselected location, the method further comprising placing the alignment gauge component at a second preselected location using the position template different from the first preselected location and inserting the measuring rod through the opening of the measuring portion with the positioning portion of the alignment gauge component engaged with the upper spring mounting plate at the second preselected location. 20. The method of claim 16 comprising attaching the alignment gauge component on the upper spring mounting plate using a magnet.