Mechanical Design of an Adjustable Coilover Suspension

Key Engineering Contributions

1. 01
   Collaborative Assembly: Successfully integrated independently modeled components from four different engineers into a single, fully constrained master mechanical assembly, ensuring proper mating conditions and zero-interference fits.
2. 02
   Parametric Part Modeling: Engineered specific structural and dampening components from scratch, including the Spring Isolator, utilizing advanced CAD operations to meet strict dimensional tolerances.
3. 03
   Automotive System Design: Modeled and assembled complex functional geometries critical to high-performance automotive suspensions, seamlessly aligning the shock main body, lower/middle spring seats, locking nuts, and dual springs.
4. 04
   Digital Prototyping: Verified the concentricity, alignment, and physical clearances of the internal shock buffer and external dust cover within the fully assembled strut tower structure.

Visual Documentation

Figure 1.1

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Part 1 of 2

Figure 1.2

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Part 2 of 2

Figure 2

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Engineering drawing featuring an exploded view of the 13-component double-spring adjustable coilover, complete with part-tracking balloon callouts and a comprehensive Bill of Materials (BOM)