JWB MARINE

Overview

JWB Marine is a UK-based marine services company specialising in yacht maintenance, repair, and refit work across the South Coast and wider UK cruising grounds. Built around a mobile service model, the business brings engineering expertise directly to vessels wherever they are berthed, removing the need for owners to relocate their boats to a fixed yard. This flexible approach allows them to support both leisure and commercial clients with everything from minor fixes to full-scale refit projects.

At its core, the company delivers a broad range of technical services covering key areas of yacht care. These include mechanical and electrical systems, rigging, GRP repairs, coatings, antifouling, and polishing, alongside more complex engineering and upgrade works. Their offering also includes structured services such as annual maintenance programmes, pre-season preparation, lift-out support, and detailed “yacht health checks” designed to identify and resolve issues before they become critical.

JWB Marine positions itself as a highly experienced yet personal service provider, with the team bringing decades of combined expertise in fleet management, engineering, and marine systems. Founded by an experienced yacht professional and RYA Yachtmaster Offshore, the company emphasises a practical, no-nonsense approach to maintenance, paired with clear communication and advice. Being active sailors themselves, the team aligns its services closely with the real-world needs of boat owners, focusing on reliability, safety, and keeping vessels ready for use.

Beyond technical delivery, the business is built around accessibility and customer support. Their mobile setup enables them to operate across the Solent, South Coast, and further afield when required, offering responsive service and tailored project management. By combining hands-on engineering capability with a customer-focused, flexible operating model, JWB Marine positions itself as a trusted partner for boat owners looking to maintain, upgrade, or refit their vessels efficiently and with minimal disruption.