Cayo Counter Stool

Description Cayo Counter Stool – High Back Counter Stool in Pine Grove Green Velvet by BRABBU W 56 CM | 22.04” D 54 CM | 21.25” H 94 CM | 37.00” Inspired by the lush green scenery of Cuba’s Cayo Island, the Cayo Counter Stool by BRABBU is a high back upholstered stool that brings tropical elegance to modern kitchens and casual dining spaces. Upholstered in pine grove green cotton velvet, it offers comfort and colour in equal measure. The glossy ebony wood veneer legs, detailed with glossy aged brass, create a bold and timeless contrast, enhancing its sculptural design. Fully customisable in fabric, colour, wood finish, and dimensions, the Cayo Counter Stool suits both residential and hospitality interiors. Complete your space with other products from the collection: Cayo Armchair, Dining Chair, Swivel Dining Chair, and Bar Chair. MATERIALS Upholstery: Green cotton velvet Piping: Green cotton velvet Fabric Ref.: BB MOSS I – Colour 30 Legs: Ebony wood veneer with a glossy finish Legs Caps: Brushed aged brass with a matte finish Footrest: Brushed aged brass with a matte finish FABRIC AND LEATHER OPTIONS COM: 3 m | 118,11” required (standard width 1.40 m | 55”) COL: 46.2 sq ft required CUSTOMISATION Available in different fabrics, leathers, colours, materials, finishes, dimensions, and with fire retardant options upon request. DIMENSIONS Width: 56 cm | 22.04” Depth: 54 cm | 21.25” Height: 94 cm | 37.00” Seat Height: 66.5 cm | 26.18” Seat Depth: 40 cm | 15.74” Armrest Height: 70 cm | 27.55” HANDCRAFTED AND MADE IN PORTUGAL Please note that these are bespoke products and can be customized. The quantity reflected is not an indicator of available in-stock quantity. Delivery Lead Time: 8-14 Weeks Important Notes This is a bespoke, made-to-order item—please allow for production lead time. Non-cancelable and non-refundable once the order is confirmed. Any shipping damages must be reported to The Wiggins Chandelier within 2 days of delivery. Covered under 1 year manufacturer’s warranty for any verified production defects.