Specification: Color: Rustic Oak Material: Engineered Wood, MDF Dimensions: 29.5" x 15" x 44.5" Shelf Dimensions: 28.5" x 14" x 7" Weight Capacity of Top: 110 lbs Weight Capacity of Each Shelf: 22 lbs Total Weight Capacity: 220 lbs Net Weight: 67.5 lbs Key Features: 6-Tier Shoe Storage: This tall shoe cabinet provides six levels of enclosed storage for sneakers, sandals, slippers, high heels, boots, and other footwear. Three adjustable and removable shelves allow you to customize the interior layout for different shoe sizes and storage needs. Fluted Cabinet Doors: Fluted door panels add visual texture while keeping footwear concealed for a neat, organized appearance. Metal hinges with a soft-close mechanism allow the doors to close smoothly and help reduce slamming. Adjustable Storage Configuration: The removable shelves make it easy to create additional vertical space for taller footwear while maximizing the available storage area. The cabinet accommodates shoes up to US Size 14. Stable and Secure Construction: Built with engineered wood and MDF, the cabinet provides a sturdy structure for everyday storage. An anti-tip kit allows the 44.5-inch-tall cabinet to be secured to the wall for added stability. Spacious Storage Capacity: The cabinet supports up to 220 lbs in total, with the countertop supporting up to 110 lbs and each shelf supporting up to 22 lbs. The top surface also provides convenient space for bags, keys, plants, or decorative items. Space-Saving Vertical Design: Measuring 29.5" x 15" x 44.5", the tall profile provides substantial shoe storage while making efficient use of floor space. It fits well in entryways, hallways, bedrooms, closets, and other areas where vertical organization is useful. Versatile Home Storage Cabinet: Beyond footwear, the adjustable shelves can be used to organize bags, baskets, accessories, books, and other household essentials, making this cabinet suitable for living rooms, bedrooms, entryways, and corridors. Note: Actual product color may slightly vary from the images shown due to lighting conditions during photography and individual monitor or device display settings.