This transitional counter-height dining set blends casual charm with refined design details for an elevated dining experience. The centerpiece is a square dining table in a rich cappuccino finish, standing at 37.75 inches high with dimensions of 51.5 inches wide by 51.5 inches deep. Designed for functionality and style, the table features a tiered surface that includes a built-in open shelf and wine cabinet for convenient storage of stemware and bottles. Grid lattice detailing on the cabinet and door adds an artistic dimension to the set, while the table's roundover edge profile ensures smooth contours. Complementing the table, six counter stools are finished with plush beige cushions and fabric upholstery. Each stool measures 41.25 inches high by 17.25 inches wide by 20.5 inches deep, with seat height at 25 inches. The backs feature an airy cube design, introducing a light, open feel to the space. Constructed from durable Asian hardwood, Asian tropical wood, okume veneer, chipboard, and MDF, this set is built for lasting performance. With a maximum seating capacity of six, it’s ideal for gatherings. Assembly is required.

• [High-Quality Material]: Crafted from Asian hardwood, Asian tropical wood, okume veneer, MDF, chipboard, foam, and fabric, this dining set provides sturdy and durable construction
• [Functional Storage Features]: Includes a built-in wine bottle and stemware holder within the table base, ensuring convenient access and organized storage for dining essentials
• [Elevated Transitional Design]: Featuring a cappuccino and beige finish, square tabletop shape, and grid lattice trim accents, this set complements casual, modern, or transitional interiors
• [Generous Dimensions and Seating Capacity]: Table measures 37.75 in H x 51.5 in W x 51.5 in D, and stools measure 41.25 in H x 17.25 in W x 20.5 in D, comfortably seating up to 6 people
• [Assembly Requirement]: Assembly is required for this 7-piece dining set; ensure all components are secured as described before use to maintain its stability and proper functionality