The WyndenHall Pearson Low Storage Cabinet brings mid-century modern charm and versatile functionality to your home. Handcrafted from sustainable rubberwood, this compact cabinet features smooth-gliding sliding doors that reveal adjustable shelving - perfect for organizing books, media, or dining essentials in tight spaces. Its low profile and tapered legs create a sleek silhouette ideal for entryways, living rooms, or anywhere you need stylish hidden storage. The durable finish and water-based lacquer enhance the wood's natural beauty while being eco-friendly and safe for families.

• Measures 30"W x 14"D x 31"H, sized perfectly as a hallway organizer, low media cabinet, or compact living room storage console with ample hidden shelf space.
• Mid-century modern design inspired by 1960s Scandinavian style, featuring recessed panel sliding doors, angled legs, and minimalist proportions in a rich finish.
• Two smooth-gliding sliding doors reveal dual interior cabinets with adjustable shelves - ideal for storing electronics, books, games, or dining linens.
• Crafted from sustainably harvested rubberwood that's kiln-dried to resist warping and mildew, offering durability with a straight grain and light tone.
• Low-VOC water-based lacquer enhances the wood grain while reducing emissions for healthier air, providing lasting protection that's safe for children and pets.
• Versatile low profile design works in entryways, behind sofas, under windows, or as a media console - perfect for maximizing storage in small spaces.
• Adjustable interior shelving allows you to customize the storage configuration to fit your needs, from books to electronics to shoes.
• Solid wood construction ensures stability and longevity, with quality craftsmanship built to withstand daily use for years to come.
• Simple assembly required - ships flat-packed with clearly labeled hardware and detailed instructions for easy at-home setup.
• Eco-friendly packaging uses recyclable materials, supporting WyndenHall's commitment to sustainability and reducing environmental impact.