Build Your Own: Jack Dock Sections
$1,011.67 - $1,391.14
Description
Patriot Docks Stationary Jack Dock Sections – Effortless Shoreline Adjustments
Patriot Docks Stationary Jack Dock Sections are a smarter alternative to traditional pipe docks—designed for easier setup, seasonal adjustment, and long-term durability. These 4x8 ft modular dock sections feature adjustable jack supports that allow you to change dock height from the top of the decking surface using a standard screwdriver. No need for waders, wet boots, or lifting tools—just walk out and make quick, precise adjustments as water levels change. Treasure your time on the water by eliminating the hassle of traditional dock adjustments.
Each section is built on our tall marine-grade aluminum truss frame, engineered for superior strength in rough water, wind, and deeper shoreline applications. The drop-in decking system reduces weight during installation, making setup more manageable and efficient.
Key features include:
- Top-side adjustable jack supports – no underwater adjustments required
- No waders or manual lifting needed
- Tall aluminum truss frame for maximum strength and stability
- Drop-in decking panels for lightweight handling and faster install
These modular dock sections can be bolted together to extend in length or width, allowing you to create custom dock layouts for your property—whether it's adding a swim platform, finger extensions, or simply expanding your dock. Some connections may require drilling new holes for precise alignment. Supports are required every 16 feet of dock length and at exposed corners for structural integrity.
Need help choosing the right layout or accessories? Our dock specialists are standing by to help you design a dock that fits your shoreline, budget, and long-term needs.
Crafted for connection, built for you—Patriot Docks Stationary Jack Sections let you create a dock system that adapts with ease and stands strong for years to come.
Pair with our standard dock packages or other DIY sections to build a complete system that’s as functional as it is flexible.