Reverse engineering · One sample is enough
From Sample to Production: Reverse Engineering a Cable Assembly
A lot of custom work starts with a cable that already exists — often one that keeps failing, comes from a supplier who exited the business, or was never documented in the first place.
Send us the part. We will tell you three things.
What it is, why it failed if it did, and what we would change before making it again.
- Interface measurement
- Connector type, keying, shell dimensions, panel cut-out and mating geometry, measured against the actual part rather than a catalogue guess.
- Pinout mapping
- Continuity traced end to end and documented as a wiring diagram you own — the drawing you did not have.
- Construction analysis
- Conductor gauge and stranding, jacket material, shielding type and coverage, drain and bond details.
- Failure review
- If the sample failed, we look at where and why: conductor fatigue at the strain relief, crimp degradation, shield whiskers, jacket cracking, seal path failure.
- Improvement recommendation
- Geometry, material or process changes that address the failure without changing the interface, so the replacement drops straight in.
Typical cases
- Replacing a discontinued OEM cable
- Solving a recurring field failure
- Second-sourcing an expensive existing assembly
- Matching a competitor part while fixing its weak point
- Reconstructing an assembly with no available drawing
- Adding overmold strain relief to a cable that keeps breaking at the connector
What it costs
Sample evaluation and pinout mapping are provided free of charge for projects with a realistic production intent. Reverse-engineering that requires tooling, sectioning or extended testing is quoted after we have seen the part — and we will tell you which category you are in before doing any paid work.
You keep the documentation. The wiring diagram, interface dimensions and construction notes we produce from your sample are yours, whether or not you place the order.
What happens after the sample review
The sample review usually ends in a build-to-print definition — except now the drawing exists, and it was written by the people who will run the tooling. From there the normal development sequence applies: quote, prototype and first article, then production release.
Send one sample. We will tell you what it is and what we would change.
One piece is enough to start. If it failed in service, send the failed part rather than a fresh one — the failure mode is the most useful information on it.
(‘Start a Sample Review’, ‘https://hkwirecable.com/contact/’)
