Specification:

• Color: Grey, White
• Materials: Velvet, Metal
• Overall Dimension: 13”L x 13”W x 16”H
• Weight Capacity: 300 lbs.
• Package Includes: 1 x Footstool, 1 x Manual

Description:

This grey and white velvet footstool combines style, comfort, and practicality in a compact 13”L x 13”W x 16”H design. Featuring a high-resilience foam cushion wrapped in smooth velvet fabric, it offers a comfortable seating experience for dressing, shoe changing, or as a footrest under desks. The sturdy metal legs provide strong support with a 300 lbs weight capacity, while felt pads protect floors from scratches and slipping. Its multifunctional design includes a bottom shelf for storing shoes, magazines, baskets, or small decorative items, making it ideal for entryways, bedrooms, or living areas. Easy to assemble, this versatile upholstered stool adds a modern, minimalist touch to any space while keeping it organized and stylish.

Key Features:

• Comfortable and Durable Shoe Changing Stool: Featuring a stylish minimalist design, this vanity stool has a high-resilience foam cushion wrapped in luxurious smooth velvet fabric. The sturdy metal legs provide strong support and resist deformation for long-lasting durability.
• Multifunctional Upholstered Footstool: This stylish square ottoman is perfect for dressing rooms, entryways, extra seating, resting on a chair, or as a footrest under your desk. Its sleek design blends effortlessly with any room décor.
• Thoughtful Protective Features: Equipped with felt pads on the legs to prevent floor scratches and slipping. Measuring 13" x 13" x 16", it includes a convenient bottom shelf for storing shoes, magazines, baskets, or decorative plants, helping keep your space organized.
• Easy Assembly with Strong Load Capacity: Quick and simple to assemble by following the instructions. The durable gold metal legs support up to 300 lbs (136 kg), ensuring stability and long service life.
• Please Note: Actual product color may slightly vary from the images shown due to lighting conditions during photography and individual monitor or device display settings.