Category: Marinas & Floating Infrastructure
Location: Ecuador
Type of Project: Marina
Products Used: Hazelett Elastic Systems
Details of Installation: Installed in 4 days, reducing cost.
Challenges Overcome: Time constraints.
Duration of Project: 4 days

The Salinas Yacht Club project is a useful case study in how mooring design can accelerate marina delivery when time on site is limited and the facility still needs to perform in an exposed coastal setting. Hazelett Marine publicly states that it provided elastic moorings, design and engineering, and installation support for floating concrete docks at Salinas Yacht Club for large yachts. The client brief adds the core performance story: the system was installed in just four days, helping reduce cost while meeting a compressed project schedule. For a marina project in an active yacht club environment, that kind of deployment speed matters because it shortens disruption, simplifies logistics, and gets berths back into service faster.

The local setting strengthens the story. Salinas Yacht Club is located in Chipipe, in Salinas, a major coastal city in Ecuador’s Santa Elena province. The club describes Salinas as a safe Pacific harbor with direct marine access, while the municipal tourism authority presents the city as Ecuador’s principal continental beach resort, positioned about 140 kilometers from Guayaquil. That means the Salinas Yacht Club installation serves a destination where boating, sport fishing, sailing, and seasonal visitation are already part of the economic fabric. In that environment, dock uptime and installation efficiency are not secondary issues. They directly affect member experience and marina operations.

Technically, the Salinas Yacht Club project is more interesting than its short brief first suggests. Hazelett’s elastic mooring systems are designed to introduce controlled compliance into the mooring line, allowing floating infrastructure to respond to wave, wake, and vessel loading without transferring the same level of shock into the dock structure and anchors. Hazelett states that its elastic systems can reduce peak forces on anchors by 30% to 80% by absorbing energy, and the company’s marina guidance notes advantages such as reduced wear, better motion control, and lower maintenance demand over time. In a coastal yacht club setting handling larger vessels and floating concrete docks, those benefits support both installation speed and long-term asset protection.

The four-day installation window is especially meaningful from a project-delivery standpoint. Traditional marina work can be slowed by staging constraints, tidal windows, crane availability, and the need to coordinate around existing club operations. A mooring system that reduces on-water complexity and speeds commissioning can materially improve total installed cost even before long-term maintenance savings are counted. That aligns with the client note that the project reduced cost, and it helps explain why this installation works well as a Hazelett case study. The Salinas Yacht Club project shows that elastic mooring is not only about structural performance after installation. It can also be a practical tool for faster marina deployment when schedule pressure is part of the engineering problem.