Category: Marinas & Floating Infrastructure
Location: Cross Junction, Virginia, USA
Type of Project: Country Club Marina
Products Used: Hazelett Elastic Mooring Systems
Details of Installation: Improved resilience and reduced repair costs.
Challenges Overcome: Storm damage.

The Lake Holiday project is a storm-recovery marina upgrade at Lake Holiday Country Club in Cross Junction, Virginia. Public project information from Hazelett says the community has three docks that moor approximately 90 boats, and that a severe storm damaged two of those docks badly enough to make them unusable for the boating season. That kind of failure scenario is exactly where a marina project stops being a routine dock job and becomes a resilience problem: the owner needs the damaged infrastructure restored quickly, but also needs the rebuilt system to perform better in the next major event than the previous one did.

The site context helps explain why the Lake Holiday project matters. Lake Holiday Country Club is a large private residential community built around a 250-acre man-made lake, with more than 900 single-family homes across a 1,900-acre property. The marina is therefore not an isolated waterfront amenity. It supports a high-use recreational asset in a community where dock reliability, boat access, and predictable maintenance costs affect residents directly. Hazelett’s public summary also notes that the three docks are positioned parallel to shore. From an engineering standpoint, that geometry can increase the importance of load control during storms because broad dock faces can be exposed to wind-driven wave action and repeated cyclic loading rather than only static vertical forces.

The Lake Holiday project is also a good example of why elastic dock mooring is often chosen after storm damage has exposed the limits of a more rigid setup. Hazelett’s commercial dock guidance explains that chain-anchored structures can wander when lines go slack and can then jerk violently as the chain comes taut again when waves and wind build. By contrast, elastic systems maintain controlled tension, allow energy to be absorbed rather than transferred suddenly into the dock hardware, and reduce point loads at critical connections. Hazelett states its DockMaster system can be configured with 1 to 12 rodes, and when paired with a limit line can reach an ultimate break strength of 300 kN, or 67,443 pounds. Even if the exact Lake Holiday assembly is not publicly specified, those published design characteristics help explain how the Lake Holiday upgrade was able to improve resilience and reduce repair costs after storm damage. Hazelett provided the moorings, anchors, design, and installation, which suggests a full-system solution rather than just a product shipment.

• Hazelett Lake Holiday Country Club project has three docks that moored approximately 90 boats.
• Severe storm damaged two of the three docks, making them unusable for the boating season.
• The docks are positioned parallel to the shore.
• Hazelett provided the moorings, anchors, design, and installation for the recovery project.
• The user-provided project brief identifies the performance outcome as improved resilience and reduced repair costs.

• Lake Holiday is a 1,900-acre property owners community centered on a 250-acre man-made lake and an 800-acre natural park area.
• The community is located in Cross Junction, Virginia, about 14 miles northwest of Winchester.
• The official community site states Lake Holiday currently hosts more than 900 single-family homes.
• Hazelett’s DockMaster systems can be configured from 1 to 12 rodes depending on project requirements.
• Hazelett states that, when paired with a limit line, the ultimate break strength can reach 300 kN / 67,443 lbs.
• Hazelett Elastic Dock Systems stay under tension as water levels change and deliver gentler motion with reduced point loads in rough weather.