INTEX Ultra XTR 18ft x 52in Round Above Ground Pool Set, Sand Filter Pump

The Intex Ultra Xtr 18' x 52" Round Above Ground Pool Set represents a pinnacle in residential, heavy-duty backyard aquatic engineering. Designed for homeowners demanding an uncompromised combination of massive swimming volume and long-term chassis durability, this high-capacity seasonal resort system measures 18 feet in diameter with a deep 52-inch sidewall. At an optimal 90% fill rate, this heavy-duty round frame installation holds an immense 6,981 gallons (26,423 L) of water—yielding a spacious, high-stability private swimming area that accommodates large groups effortlessly, completely eliminating the need for expensive yard trenching or permanent concrete installation.

Key Features

• Dual-Coated Galvanized Steel Frame: Built with premium heavy-gauge metal tubing coated internally and externally to prevent rust, scaling, and oxidation from continuous moisture exposure.
• Massive 6,981-Gallon Footprint: Scaled at 18 ft. x 52 in. to deliver a deep-immersion aquatic environment suitable for swimming, floating, and large-group seasonal recreation.
• Krystal Clear 2,100 GPH Sand Filter Pump: Equipped with a high-capacity filtration engine featuring a 6-way valve and advanced hydro aeration technology for vastly improved circulation, clarity, and water ionization.
• 60-Minute Tool-Free Rapid Assembly: Built for streamlined manual setup, utilizing interlocking components that clip together securely right out of the box with no specialized tools required.
• Complete All-Inclusive System Suite: Comes fully packaged with the pool frame and liner array, sand filter pump, a rugged slip-resistant safety ladder, a heavy-duty ground cloth, and a form-fitting debris cover.

Specifications

• Super-Tough 3-Ply PVC Liner: Engineered with puncture-resistant, heavy-gauge material fortified to survive intense summer UV exposure, heavy family use, and continuous hydrostatic pressure.
• Easy Lock T-Joint System: Employs specialized, tool-free locking joints that snap together securely, eliminating friction, minimizing assembly wear, and maximizing structural stability.