Hey all,
I’m working on a mechanical design project that involves developing a housing for a compact car diagnostic module. I’ve already prototyped the enclosure in DesignSpark Mechanical, but I’m running into challenges making sure the internal layout and external connectors align perfectly with actual diagnostic device requirements and workflows. To better understand how these devices function and how they are used in real-world scenarios, I’ve been digging through resources, which offers good insight into the tools and what technicians expect from them. My goal is to design an enclosure that not only fits all internal components snugly but also provides good thermal dissipation and allows for easy access to the OBD interface. I’m wondering:
Are there any best practices for mechanically designing around standardized automotive electronics (like OBD-II interfaces)? How do you approach tolerances and mounting in plastic vs metal enclosures in automotive environments? Any tips for syncing DesignSpark files with electronic component layout tools (e.g., from the electrical team)? Appreciate any insight or examples from folks who’ve worked on similar projects!
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