The Premium Floating Dock Section is an easy, cost-effective solution to extend the length or configuration of your dock system. Constructed of 6000 series marine grade aluminum, the Premium Floating Dock Section is designed to sit close to the water surface, allowing for easy access in and out of the water. Measuring 96” x 48” x 4-1/2” and only weighing 50 lbs., the Premium Floating Dock Section has a 4’ wide usable walking surface and is easy to manage for seasonal removal or maintenance.
Why Choose Brown Aluminum Decking? Brown Aluminum Decking from Patriot Docks is the lightest, most rigid, and longest lasting style deck they offer. The two tone, wood grain powder coat finish is extremely durable and looks great too.
The Premium Floating Dock Section is supported by (2) 48” x 24” x 12” foam filled rectangular floats with a buoyancy rating of 400 lbs. per float. With a UV protected, impact resistant outer shell, these floats will battle the most challenging water conditions.
Patriot Dock's Foam-Filled Floats Provide:
- Unmatched Performance Buoyancy
- Unmatched Performance Shell Impact Strength
- U.S. Coastguard Approved
Stability is crucial to the performance of any floating dock system. The Patriot Docks™ Premium Floating Docks Sections include (4) Side Stability Floats. The impact resistant HDPE outer shell with EPS foam fill will stand the test of time and abuse in any marine environment. The Side Stability Float measures 43” x 13” x 7” and weighs only 14 lbs. With 150 lbs. of tank tested buoyancy rating, the Side Stability Float will not only increase your docks usable surface area but add critical load support for your floating dock structure.
Premium Floating Platform Assembly Includes:
- (1) 4' x 8' Low profile floating dock frame + hardware
- (2) 28" x 24" x 12" Foam filled rectangular floats + plug
- (2) J-bolt float mounting hardware set
- (4) 43" x 13" x 7" Side stability floats + hardware
- (2) 4' x 4' Brown aluminum deck panels
- Assembly instructions
Vertical piling pipe is NOT included. Customer is responsible for determining acceptable anchoring method.