Category: Marinas & Floating Infrastructure
Location: Costa Rica
Type of Project: Marina
Products Used: Hazelett Elastic Mooring Systems
Details of Installation: Rapid deployment with reduced complexity.
Challenges Overcome: Remote installation.
Duration of Project: 3 days

The Fish Hook Marina project in Golfito, Costa Rica, is a case study of how modular floating dock infrastructure can be deployed quickly in a remote marine setting without sacrificing long-term stability. Hazelett Marine publicly states that it provided elastic moorings plus design and engineering for the installation of floating docks at Fish Hook Marina. The Fish Hook Marina is a project where Hazelett’s role went beyond simply supplying hardware. It also included engineering a site where installation speed, marine performance, and ease of execution were all important.

The location demonstrates why that mattered. The Fish Hook Marina sits in Golfito Bay on Costa Rica’s southern Pacific coast, near Panama. On its official site, the marina describes itself as being in a natural deep-draft gulf that offers strong protection from Pacific swells while still functioning as a working destination for cruising yachts, sportfishing traffic, and visiting vessels. The same site describes extra-wide floating docks, boats up to 180 feet, 24-hour security, dockmaster support, maintenance access, and long-term dockage. In practical terms, Fish Hook Marina is not a purely recreational day-use pier. It is a service marina that needs dependable floating dock performance and predictable vessel access in an active waterfront environment.

The remote-installation challenge also becomes clearer when the regional context is added. Visit Costa Rica places Golfito roughly 300 kilometers southeast of Puntarenas, and notes that the town is wrapped by the Golfito National Wildlife Refuge and linked ecologically to the wider Golfo Dulce corridor. That setting creates a compelling marina story, but it also means marine construction has to work within a location where logistics, access to heavy equipment, and staging can be more constrained than they would be in a major urban harbor. In that kind of environment, a system that can be installed rapidly with fewer complicated wet works can create real cost and schedule advantages.

That is what makes the Fish Hook Marina project technically interesting. Hazelett’s elastic mooring solution helped enable a three-day installation while reducing complexity. Hazelett’s Elastic Rode product literature describes a system engineered to maintain constant tension, absorb shock, reduce point loads, and produce gentler dock motion than rigid chain arrangements. Hazelett also states a single rode can withstand more than 20 kN of force and repeatedly elongate over 200% of its original length before returning to shape. For a remote floating-dock installation, those characteristics are important because they reduce snatch loading, simplify motion control, and help the dock system behave more predictably under day-to-day wind and wake action.

For Fish Hook Marina, the engineering value is not just that the dock went in quickly. It is that rapid deployment was paired with a mooring approach suited to a protected but still dynamic tropical bay used by visiting yachts and sportfishing boats. A properly engineered elastic system reduced wear at connection points, improve walkability on the dock, and lower maintenance demands over the life of the installation. The Fish Hook Marina project is a good case study of how Hazelett’s systems can support fast marina expansion in places where schedule, logistics, and long-term operational simplicity all matter.

• Project: Fish Hook Marina – Golfito, Costa Rica
• Elastic moorings, design, and engineering for the floating dock installation
• Project Duration: 3 days
• Rapid deployment with reduced complexity
• Official marina site lists boats up to 180 ft (Fish Hook Marina)
• Extra-wide docks, long-term dockage, 24-hour security, and dockmaster support

• Hazelett Elastic Rodes provide constant tension and extend the design life of floating structures.
• Hazelett single Elastic Rode can withstand over 20 kN (4,496 lbs) of force.
• The rode can elongate more than 200% and return to original length.
• Hazelett’s system reduces point loads, reduces wind loads, and provides gentler dock motion.
• Fish Hook Marina describes Golfito Bay as a natural deep-draft gulf with protection from Pacific swells.
• The marina website references the facility as having roughly 20-plus slips for yachts and sailboats.
• Visit Costa Rica places Golfito about 300 km southeast of Puntarenas and notes the surrounding refuge’s role in the wider Golfo Dulce biological corridor.

The Fish Hook Marina project demonstrates how an engineered elastic mooring system can make floating dock installation faster, simpler, and more practical in remote marine settings. In this case, the value was not only speed. It was the combination of rapid deployment, reduced installation complexity, and a mooring approach designed to improve dock stability and lower lifecycle wear.

For Hazelett Marine, Fish Hook Marina is a useful proof point that elastic mooring systems are not just a performance upgrade for large urban marinas. They are also a smart solution for remote coastal projects where logistics, schedule, and long-term maintenance all have to be managed carefully, supported by product capabilities described in Elastic Rode documentation.