Stainless Steel Boat Ladder, Folding Docking Ladder for Heavy Duty Use, Ideal for Swim Pool and Inground Pool Access

The retractable and foldable boat ladder is designed for swimming pools, docks, decks, and pontoons, featuring a sleek appearance and straightforward installation. Crafted from 316 stainless steel, it boasts a robust structure with significant load-bearing capacity. Its compact design ensures easy storage, while each step is equipped with slip-proof plastic treads for enhanced safety. Installation is simplified for user convenience. Specifications include a material of stainless steel, unfolded height of 106cm (41.7in), folded height of 44.5cm (17.5in), step widths of 5cm (2in) and 10cm (4in), weight of 9kg (20 lbs), and load-bearing capacities of 150kg (330lbs) and 200kg (440lbs). The package contains one 4-step boat ladder and mounting accessories. Note: Slight variations in size and color may occur, and self-drilling of holes may be necessary.

• Durable Stainless Steel Construction: Crafted from high-quality stainless steel, this 4-step pontoon ladder features large, comfortable handrails and supports up to 150kg/330 lbs, ensuring stability and safety during boarding.
• Enhanced Safety with Non-slip Steps: Each step is fitted with non-slip pads, offering additional safety. The extra-wide telescopic steps provide a more comfortable and secure boarding experience.
• Space-saving Telescoping and Folding Design: The ladder's telescopic and foldable feature allows for easy deployment when in use and compact storage when not needed, saving valuable space on your boat.
• Simple Installation Process: Designed for versatility, this ladder can be installed on either side of your boat. Installation is straightforward—just bolt it to a horizontal platform, with drilling required (hardware included).
• Versatile Application: Ideal for a wide range of watercraft including sailboats, pontoon boats, yachts, and swimming pools, this ladder is engineered to fulfill most boarding requirements in various aquatic environments.