Expert Rope Splicing & Rigging Services at Galway Maritime
Rope Splicing in Galway & Across Ireland
Galway Maritime provides expert rope splicing for yachts, sailing vessels, and commercial craft across Ireland, with our workshop located beside the docks in Galway City. Our splicing expertise is valued beyond the marine environment, with ropes serving in commercial and domestic roles — from festival crowd control and hotel cordons to garden clotheslines. Whether for mooring lines, halyards, or specialised rigging, our skilled team delivers precision ropework to professional maritime standards. From traditional 3-strand to advanced braided fibres, we offer reliable, custom splices tailored to your exact needs.Why Choose Professional Rope Splicing
A professionally made splice retains much more of a rope’s original strength compared to knots, improving safety, performance, and lifespan. Our team handles a wide range of rope types and constructions, including double braid, 8-strand, 12-strand, Dyneema, polyester, and Vectran. We create eye splices, taper splices, long splices, rope-to-chain connections, and more — each finished cleanly and securely for dependable use at sea.
Contact Us Today and arrange your Splicing Solution
Our Rope Splicing Capabilities
- All major rope constructions: We work with traditional 3-strand, modern double braid, 8-strand and 12-strand, as well as advanced high-performance fibres such as Dyneema, Spectra, Vectran, and polyester blends.
- Custom applications: From standard eye splices and taper splices to B&R splices, long splices, end-to-end joins, and bespoke rope-to-chain anchor rodes — we also produce lightweight yet exceptionally strong soft shackles for sailing and load-bearing use.
- Marine-grade finishing: Each splice is completed using stainless steel fid tools, premium thimbles, and appropriate whipping, fusing, or heat-sealing to ensure durability and a clean finish.
- Tailored solutions: Every splice is made to suit your rope type, diameter, and intended application, ensuring optimum strength, function, and longevity both at sea and on shore.
