CARPETBOX 16-Piece Plush Interlocking Foam Floor Tiles – 49 x 49 in Brown Baby Play Mat

Product at a glance

Introducing CARPETBOXs 16-piece plush interlocking carpet squares. When assembled, the tiles form a generous 49 by 49 inch play area with a warm light brown tone that blends with cozy home interiors. The surface feels pleasantly soft under bare feet and offers a gentle cushion for early crawlers and little walkers. Each tile measures 12.5 by 12.5 inches and snaps together with snug-fitting edges, delivering a flat, stable surface you can trust as your child explores. The mat features a 0.6-inch thick EVA foam core wrapped in a velvety polyester top layer, delivering plush comfort without sacrificing durability.

Key benefits and real-life uses

• 16 interlocking tiles create a large, seamless play space that can be adjusted to fit nurseries, bedrooms, or playrooms
• Flat design minimizes shifting, helping keep the area defined and safe during play
• Warm brown shade adds a natural, cozy look that complements furniture and decor
• 0.6-inch thick EVA foam provides cushioned comfort under hands and knees
• Velvety polyester top layer offers a soft surface for gentle tummy time and exploration

Room-ready versatility

• Perfect for baby rooms, playrooms, or bedrooms, giving you flexible layout options
• Ideal for crawlers, toddlers, and curious kids learning to sit, stand, and roll
• Non-slip surface helps reduce movement on smooth floors, creating a stable play zone
• Tile-based design makes it easy to reconfigure as spaces evolve or grow with your child

Getting started and care

To set up, align edges and snap tiles together to form a flat, cohesive surface. The brown color helps disguise everyday messes, while the plush top invites little hands to touch and explore. For ongoing use, keep tiles dry and wipe away spills with a damp cloth; store flat when not in use to preserve the snug fit of the interlocking edges. CARPETBOX designed this mat to deliver comfortable, versatile play spaces without demanding constant rearrangement.