Specification: Color: Gray Material: Rubber Wood, MDF Dimensions: 24" L x 24" W x 24" H Clearance Between Shelves: 22" Bottom Shelf Dimensions: 22" L x 20" W Minimum Half-Tuck Clearance: 5" Minimum Full-Tuck Clearance: 11.5" Tabletop Weight Capacity: 176 lbs Net Weight: 35.5 lbs Package Includes: 1 x End Table, 1 x User Manual Key Features: C-Shaped Tuck-Under Design: Designed to slide partially or fully beneath sofas, couches, beds, or chairs, this versatile end table keeps your essentials conveniently within reach while making efficient use of available space. Spacious 24-Inch Tabletop: The large square tabletop provides ample room for laptops, books, beverages, lamps, snacks, decorative accents, and reading materials, making it useful for work and relaxation. Convenient Lower Storage Shelf: The bottom shelf offers additional room for books, magazines, baskets, décor, and household essentials, helping keep frequently used items organized and accessible. Supportive Rubber Wood and MDF Construction: A rubber wood frame combined with MDF panels provides a sturdy structure for everyday use. The tabletop supports up to 176 lbs for a variety of household and work essentials. Flexible Tuck-In Clearance: With a minimum half-tuck clearance of 5" and minimum full-tuck clearance of 11.5", the C-shaped structure offers flexible positioning beside seating and sleeping areas. Adjustable Foot Pads: Adjustable foot pads help balance the table on different floor surfaces and provide added stability when positioning it beside a sofa, bed, chair, or desk. Versatile Multi-Room Table: Use it as a sofa side table, couch table, bedside table, laptop table, reading table, accent table, or compact work surface in living rooms, bedrooms, apartments, offices, and reading nooks. Functional 2-Tier Storage: The combination of a spacious tabletop and lower shelf creates two practical levels for displaying décor and organizing everyday items without requiring additional furniture. Note: Actual product color may slightly vary from the images shown due to lighting conditions during photography and individual monitor or device display settings.