Swivel Bar Stool with High Backrest
Lark Manor™
Swivel Bar Stool with High Backrest
Lark Manor™
$154.99
Merchant links are sponsored
- Shop at WAYFAIR In Stock - FREE Delivery
- Shop Similar at AMAZON
- Shop Similar at WAYFAIR
- Notify Me We'll notify you when the price drops.
Description
Constructed from solid oak with a rich cherry brown finish, this swivel counter stool features a plush linen-upholstered seat and curved backrest with an open lumbar design for added comfort. Its elegantly curved legs and built-in footrest provide steady support and stability. Designed to accommodate up to 220 lbs, it fits seamlessly into both traditional and contemporary settings. Perfect for kitchen islands, breakfast bars, or home bars, this stool combines functional durability with timeless style.
Product Insights
Why We Love It:
- Sturdy solid oak frame with solid construction
- Comfortable padded foam seat upholstered in linen
- Smooth swivel function for easy movement
- Stable curved legs with a convenient built-in footrest
- High backrest with open lumbar support enhances comfort
- Quick and straightforward assembly
- Compatible with counter height surfaces (24" seat height)
- Elegant warm cherry brown finish complements various decors
- Highly rated and well-reviewed by users
Good to Know:
- Limited dimension details might affect fit assessment
- Some users may prefer more cushioning or softer upholstery
- No adjustable height feature
- Upholstery may show wear over time depending on use
Editor's Note
The Villers Swivel Upholstered Counter Stool blends classic charm with modern comfort, making it ideal for kitchens and bars. Crafted from solid oak with a warm cherry brown finish, it offers sturdy support and durability. The curved legs and integrated footrest enhance stability and relaxation, while the padded linen seat and open lumbar backrest provide comfort for extended use. Customers appreciate the easy assembly and stylish look, which complements diverse interior styles. For best results, position these stools at counter height surfaces to maximize their ergonomic benefits and aesthetic appeal.
