Shaping Shorelines, Building Memories

Welcome to HDB Marine, where we turn your waterfront access dreams into a reality. We specialize in creating customized designs for a wide range of public access dock projects, tailored to your unique requirements and environmental conditions. Our expertise encompasses everything from floating marina boat docks and ADA gangways to floating wave attenuators and moorage systems.

Design Build

Public Access Docks

Multi Purpose Floating Barrier

GSA Contract Holder

References

Public Access Docks

Our government docks are designed to provide safe, accessible, and user-friendly public waterfront access. They are meticulously crafted to ensure longevity and minimal maintenance.

Your Dream, Our Craftsmanship

Bespoke Dock Designs

At HDB Marine, we understand that each location comes with its unique challenges. That’s why we collaborate closely with you, combining your ideas with our extensive experience to design a dock that’s perfectly adapted to its environment and meets all your needs. 

Government

We have a rich history of working with government bodies to design and build public access docks. Our projects range from pile-driven and floating docks to fishing and launch ramp docks. We incorporate ADA-compliant designs ensuring accessibility for all.

Residential

For homeowners, we offer custom residential floating boat docks that enhance the beauty of your property while providing a functional and durable waterfront access point. Our designs are easy to install and require minimal maintenance.

Commercial

For commercial clients, we offer solutions such as marina boat docks, wave attenuators, and moorage systems. We focus on maximizing functionality, durability, and user-friendliness, while considering the aesthetics of the dock in its natural environment.

Sustainable Design Approach

We believe in sustainability. Therefore, our dock designs incorporate the use of quality, sustainable materials that require minimal maintenance for successful long-term public access.

Design Considerations

Every attempt is made to provide a form of handicap accessibility in our designs. This includes careful consideration of the texture, width, and slope of pedestrian access, as well as wheelchair-accessible railings on fishing docks.

Public parking spaces are clearly delineated and marked with noticeable signage in our designs. We ensure that the number of parking spaces is in scale with the size of the project and in close proximity to the dock.

Informative, interpretive, and locational signs are included within each of our public waterfront access projects. Uniform and attractive signage helps guide users both on site and off site within public rights-of-ways.

Our designs strive to maintain linear view corridors from street level to the water shoreline and public access dock, keeping these views unobstructed whenever feasible.

User Friendliness

We place great emphasis on the user-friendliness of our designs. Fishing dock railings, for example, accommodate a variety of physical abilities and provide ample space for multiple users.

FAQS

You Have Questions, We Have Answers

We understand that every residential waterfront property is unique and requires a personalized approach. We provide a variety of customization options in terms of design, materials, and features, ensuring your dock is a perfect fit for your needs and the site’s conditions.

Yes, inclusivity is at the core of our values. We strive to incorporate handicap accessibility features in all our projects, wherever possible. This includes careful consideration of the texture, width, and slope of pedestrian access and ensuring fishing docks have wheelchair-accessible railings.

We use marine-grade aluminum for our gangways. It is superior to steel in terms of weight, attractiveness, and maintenance, making it an excellent choice for marine applications.

Sustainability is key to our design philosophy. We use high-quality, durable, and sustainable materials that require minimal maintenance. Our aim is to provide successful long-term public access while minimizing environmental impact.