Grant City Espresso Cocktail Table

This cocktail table measures 18.25 inches high with a 36-inch by 36-inch square footprint. As a general design guideline, a cocktail table should sit level with or 1 to 2 inches lower than your sofa's seat cushions, making this table an ideal pairing for sofas with standard seat heights between 18 and 20 inches. For comfortable legroom and easy traffic flow, leave 14 to 18 inches of clearance between the edge of the table and your seating.

Yes. The transparent glass top creates an open, airy sightline that allows natural light and floor space to show through, visually reducing bulk in compact living rooms or urban apartments. Its 36-inch square proportions offer a functional serving surface while the sculpted, arched espresso legs elevate the visual weight off the floor to make tight layouts feel larger.

No, this cocktail table does not require customer assembly. It arrives pre-assembled and ready to be placed directly into your seating arrangement.

A square table is especially well-suited for L-shaped sectionals, modular sofas, or conversation groupings featuring a sofa flanked by two accent chairs. Because it measures equal distance across—36 inches wide by 36 inches deep—it sits comfortably in the inner nook of an L-configuration, ensuring everyone on both sides of the sectional can easily reach drinks, books, or decorative items.

Yes. This cocktail table coordinates directly with the matching Grant City Espresso End Table, which features the same dark wood espresso finish and contemporary arched leg design for a cohesive, pulled-together living room aesthetic.

To maintain the glass top, use a standard streak-free glass cleaner sprayed directly onto a lint-free microfiber cloth rather than onto the surface, preventing excess liquid from dripping onto the wood frame below. For the arched espresso-finished base, wipe down regularly with a soft, dry or slightly damp cloth, and avoid abrasive chemical cleaners. Using coasters under hot mugs or chilled beverages protects both surfaces from scratches, condensation rings, and thermal shock.