8,000 lb. Aluminum Pontoon Boat Cradle
- Designed for pontoon boats up to 8,000 lbs.
- Made from marine-grade 6061-T6 US aluminum
- Features a no weld design
- Includes all stainless steel fasteners
- Includes stanchions, guideposts, and guidepost bumpers
- Comes with either aluminum bunks or a wood bunk mounting kit
- Wood bunks not included
8,000 lb. Aluminum Pontoon Boat Cradle
the 8,000 lb. Aluminum Pontoon Boat Cradle, built to safely support pontoon boats up to 8,000 lbs. Crafted from marine-grade 6061-T6 US aluminum, it has a weld-free construction for enhanced durability. You have the option to choose between aluminum bunks or setup for wood bunks, with all stainless steel fasteners.
The 6 in. Aluminum Cradle Beam is an aluminum I-beam featuring sheave housings mounted on the ends of the flange. Made from marine-grade, 6061-T6 US aluminum, it offers a sturdy yet lightweight construction. The sheave housings accommodate 4 in. aluminum sheaves with a bronze bushing, ensuring smooth operation.
Our 8 in. Aluminum Cradle Bunk provides a secure resting place for the boat’s hull, featuring a black rubber top resistant to marking the boat’s hull when docking. Designed with a 19-degree angle, it evenly distributes the boat’s weight and provides a snug fit in the boat cradle.
For easy installation, the Aluminum Cradle Bunk Mounting Kit is incuded, along with the Aluminum Guidepost Stanchion Kit. These kits are made from strong aluminum and include stainless steel fasteners.
The Boat Cradle Guideposts, made of PVC, aid in docking and provide stability and support. They come with a top cap featuring a drainage hole for water flow.
To enhance visibility and protect your boat, the 36-inch Solid Guidepost Bumper, are included.
All boat cradles, cradle beams, and boat lift ship freight. It is the responsibility of the purchaser to unload the freight from the delivery truck. The purchaser must be present during delivery. For more questions, visit our shipping terms and conditions.
Drilling into the aluminum structural beam compromises the integrity of the aluminum structural beam.