Coast Dynamix

Services

Custom marine component design

The vessel needs a purpose-built part — not a catalog guess — that fits available space, loads, and mounting conditions.

What Coast Dynamix does

Coast Dynamix designs custom marine components with practical engineering judgment: clear interfaces, manufacturable geometry, and documentation suitable for coordinated production.

Suitable component examples

  • Custom brackets and mounts
  • Adapters between mismatched interfaces
  • Housings and covers
  • Hardware designed around real clearances

Inputs needed from the customer

  • Photos and space constraints
  • Load or duty notes when known
  • Preferred materials
  • Quantity and timeline

Expected deliverables

  • Custom CAD design
  • Manufacturing documentation when scoped
  • Finished manufactured components when fabrication is included
  • Delivery of completed parts
  • On-vessel or yard installation when requested

Process overview

  1. Step 1

    Define constraints

    Map space, mounting, and functional requirements from customer inputs.

  2. Step 2

    Design the component

    Iterate CAD for fit, manufacturability, and service conditions.

  3. Step 3

    Document and produce

    Deliver files and, when quoted, coordinate manufacturing through partners.

Related projects

  • Sliding Door Latch Bracket — A failed sliding-door latch bracket on a Broward 112 was reverse engineered, upgraded in CAD, machined in 316 stainless, delivered, and installed on the vessel — plus spare brackets for the owner.
  • Windlass Rope Stop — A fractured windlass rope stop was documented on deck, rebuilt in CAD, and reproduced as engineered replacements — including finished coated parts and a polymer option — so the windlass could return to reliable service without OEM availability.
  • Deck Cam Lever — Worn deck cam levers and a bent fastener were reverse engineered into replacement hardware, then checked against the block and cleat on deck.

Related services

FAQ

Is this the same as reverse engineering?
Custom design starts from requirements; reverse engineering starts from an existing part. Many projects combine both.