Elevate your kitchen or dining space with the Madison Park Pearce Swivel Counter Stool, offering both style and comfort. Its smooth 360-degree swivel mechanism ensures easy movement, while the armless design tucks neatly under counters, perfect for small spaces. Crafted with solid wood legs and a wire-brushed finish, it combines durability with timeless charm. The padded back and foam seat provide excellent comfort, complemented by elegant piping details and a sturdy metal footrest. The versatile design seamlessly fits into modern, transitional, or even rustic spaces, making it ideal for any home. Easy assembly required
Frame Composition: Solid wood and plywood
Leg Material: Solid wood, metal ring footrest
Wood Finish: Reclaimed grey smooth
Metal Finish: Matte silver
Fabrication: 92% polyester, 8% linen
Cushion or Upholstery Fill Material: Foam
Back Fill Material: Foam
* Quiet, smooth and corrosion resistant 360-degree swivel mechanism for easy, seamless movement
* Space-saving armless design allows the stool to easily tuck under the counters or tables
* Upholstered in a polyester linen blend, this fabric is tightly woven, anti-pill and durable. The heavy weight and subtle herringbone texture provide a luxurious feel while ensuring long-lasting comfort
* Solid wood legs with hand-applied wire-brushed finish for a timeless, aged look. Plastic glides on feet to protect floors
* Elegant piping details on seat and back for a tailored, polished look
* Curved, padded back and foam-filled seat offer a comfortable seating experience
* Durable metal ring footrest in plated brushed silver finish
* Easy assembly required with tool included








Keith S –
Since I updated my dining area, this counter stool has been a game changer for the visual appeal. The reclaimed grey finish and elegant curves really give my space a sophisticated touch.
Ann-Marie J –
Since I’ve compared several counter stools, I found this one to be sturdier and more stylish than others in a similar price range. The swivel feature is a nice touch, though assembly took a bit longer than I expected.