Shaquille O'Neal Home Queen Low Profile Foundation

No assembly is required for this foundation. It is delivered fully constructed and ready to be placed directly onto your bed frame. This "ready-to-use" design ensures a hassle-free setup so you can enjoy your new sleep system immediately.

This foundation is specifically designed to coordinate with the Shaquille O'Neal Home mattress collection, featuring a tailored gray and black aesthetic. This ensures that even the functional support components of your bed maintain a high-end, cohesive look that complements a modern bedroom decor.

This is a flat, rigid foundation designed to provide stable, non-yielding support. Unlike traditional box springs that contain internal coils, this foundation offers a solid surface that prevents mattresses from sagging. This construction is specifically engineered to enhance the feel and longevity of modern mattresses, ensuring they perform as intended.

Yes, this foundation is ideal for foam and hybrid mattresses. Most mattress warranties require a solid, flat support system to prevent the material from dipping into gaps. This flat-surface foundation provides the consistent support necessary to maintain the structural integrity of your mattress and satisfy manufacturer warranty requirements.

This foundation features a 5-inch low profile height. It is an excellent choice for those who have purchased a premium, high-profile mattress and want to avoid an excessively tall bed. By reducing the height of the base, you can achieve a more modern, minimalist look or ensure the bed remains at a practical height for getting in and out easily—a common concern for those with mobility preferences or shorter bed frames.

While this is a standard one-piece queen foundation measuring 60 inches wide by 80 inches long, its slim 5-inch depth makes it significantly easier to navigate through tight hallways and narrow staircases than a standard-height box spring. This makes it a practical solution for urban living or homes with unique architectural constraints where maneuverability is a priority.