The Yosemite Solid Wood Two Drawer Media Console in Cafe brings the authentic, utilitarian charm of early 20th-century factory furniture into modern interiors. Part of the Yosemite Collection, this console is crafted entirely from solid pine and showcases the natural marks, knots, and textures inherent in hand-milled timber, resulting in a unique, rustic statement piece.
Key Features
✔ Dimensions: 30″ H × 68″ W × 20″ D
✔ Total Volume: 28.4 cu ft
✔ Weight: 125 lbs
✔ Collection: Yosemite Collection
✔ Finish: Cafe – a dark gray tone with low-sheen lacquer that highlights the wood grain, saw marks, and rustic imperfections
✔ Material: Solid pine; contains no engineered wood or plywood
Product Description
Crafted entirely from solid pine, the Yosemite Two Drawer Media Console features hand-hewn planks that preserve saw marks, dents, and knots from the milling process. The cafe finish balances opacity and transparency to showcase the wood’s natural character, enhanced by a low-sheen lacquer that adds depth without glossiness.
Key industrial-inspired details include tongue-and-groove breadboard ends with zinc bolts, frame-and-panel construction, and dowel joinery, ensuring both strength and lasting beauty. The kiln-dried wood guarantees durability while maintaining the authentic rustic appearance.
Please note that natural wood is affected by environmental conditions, which may cause minor shrinkage, expansion, or plank movement over time. These are normal and do not affect the structural integrity of the console. With proper care, this solid wood piece is designed to last for generations.
Why You’ll Love It
🪵 100% solid pine construction: Durable and free of engineered wood or plywood
🏭 Industrial craftsmanship: Tongue-and-groove, dowel joinery, and exposed hardware reflect turn-of-the-century factory design
🎨 Cafe finish: Dark gray with low-sheen lacquer highlighting natural saw marks and knots
📦 Functional design: Two drawers and open shelving for versatile media storage
⚖ Long-lasting durability: Kiln-dried wood ensures stability and structural integrity