Challenge
Deck line-handling hardware had reached end of life: cam teeth were worn, bushings were degraded, and a critical fastener had bent under load.
Reverse Engineering · Case study
Worn hardware · reverse engineered
Worn deck cam levers and a bent fastener were reverse engineered into replacement hardware, then checked against the block and cleat on deck.

Deck line-handling hardware had reached end of life: cam teeth were worn, bushings were degraded, and a critical fastener had bent under load.
The worn levers and bent fastener were reverse engineered so the replacement hardware matched the deck interfaces, then checked against the block and cleat layout on the vessel.
Replacement hardware for the worn cam-lever assembly was produced from the failed originals and checked against the deck hardware in service.



Cam teeth were worn, bushings were tired, and a fastener had bent — end-of-life deck hardware that still has to work every time lines are trimmed.
The worn levers, bushings, and bent fastener were photographed so the reverse-engineered replacements could be checked against every worn interface.
We reverse engineered the worn assembly, matching the lever, pin, and bushing interfaces and checking them against the block and cleat on deck.
On-vessel photos of the block, cleat, and cockpit established how the replacement hardware sits in the real deck system.
Reverse-engineered levers, pins, and bushings were prepared so the boat could be restored with matched parts instead of a partial repair.
The reverse-engineered replacements and deck context gave a clear before/after record of the hardware path back to reliable line handling.
Worn deck cam hardware was reverse engineered into replacement parts — failed originals, new hardware, and the vessel environment in one place.
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