Description
Modular Floating Dock Platform
The Docking Cube Low Profile H30 is a compact modular floating dock unit designed for building stable, low-freeboard floating platforms. Engineered with a reduced 27cm height, this cube delivers a closer-to-water experience ideal for swimming platforms, kayak launches, and applications where easy water access is essential.
Manufactured from UV-stabilized, marine-grade high-density polyethylene (HDPE), the Low Profile H30 cube is resistant to corrosion, saltwater, chemicals, and extreme weather conditions. Its non-slip textured surface ensures safe footing even when wet, while the integrated connection lugs allow for secure and seamless assembly with other cubes and dock components.
The low-profile design positions users closer to the waterline, making it easier to enter and exit the water, board watercraft, or assist swimmers. Despite its compact height, the H30 maintains excellent buoyancy and structural integrity. The system enables quick installation without heavy equipment, making it ideal for both permanent and temporary waterfront structures.
Key Features
- Low-Profile Design – 27cm height for closer water access and easy boarding
- Heavy-Duty Construction – Rotationally molded HDPE for superior strength and durability
- Anti-Slip Surface – Textured top for enhanced safety in wet conditions
- UV & Corrosion Resistant – Designed for long-term marine and freshwater use
- Modular Compatibility – Connects seamlessly with standard H38 cubes and specialty units
- Lightweight Build – Easy to handle, transport, and install
- Low Maintenance – No painting, rusting, or rotting
Applications
- Swimming and leisure platforms
- Kayak and paddleboard launch docks
- Waterfront sunbathing and relaxation decks
- Fishing platforms requiring low water access
- Transition zones between dock heights
- Children’s water play areas
- Residential waterfront installations
The Docking Cube Low Profile H30 provides a reliable and accessible solution for modern floating dock construction, offering enhanced water proximity, safety, and long-term performance in demanding marine environments
