Item Description
Collection Features Meticulously hand-crafted by artisans with decades of upholstered furniture engineering experience, Bradington-Young is the ultimate choice for luxury stationary seating. Featuring genuine eight-way hand tied custom coil construction – the industry benchmark for comfort, lasting quality and a consistent ride across the entire seating surface – we take pride in creating the most comfortable, stylish and highest quality leather seating available. From sophisticated traditional styles to luxe modern with a variety of designs in between, make a statement in your home with the ultimate blend of luxury, style and comfort with Bradington-Young. Our uniquely styled stationary frames are available in more than 135 premium leathers, over 200 fabrics and an assortment of nail head and wood finish options to further customize your look.
Dimensions
Carton 30.5" L x 30.5" W x 21.75" H (77 cm x 77 cm x 55 cm), 40 lb (18 kg)
Width 34" (86.4 cm)34INH
Depth 25" (63.5 cm)25INH
Height 16" (40.6 cm)16INH
Weight 30 lb (13.5 kg)30 lb
Volume 11.7 cu ft (0.3 m3)
Design Elements & Features
Motion Type Stationary
Material With Bradington-Young's customization options you can choose from a selection of high-quality leather, luxurious fabric, or a stylish combination of both.
Style Transitional
Features Rectangle shape
Block feet
Hundreds of leather and fabric customization options and a range of finishes to choose from add your personal touch
Nailhead trim available in several colors
Finish Bradington-Young's Mahogany finish is the standard finish option, however, other finishes are available at no additional cost. Finishes range from dark Mahogany and a black Ebony finish to the lighter American Honey finish and Dockside with several options in between.
Frame Construction The frame is engineered from the finest multi-ply, 7/8 inch laminated hardwood components that are precision machined for an exact fit. Mortise and Tenon joints are reinforced with cross-banding to create frames with superior dimensional stability.