Lorena G: Raj was quick to respond to questions I had about furniture. When I walked In to the store all staff was at...
Luis S: Great experience! We were looking into getting new couches we went to a few furniture stores but could not f...
Kendra B: This is the place you want to be if you're looking for quality furniture and quality customer service. Not ...
Kristine M: Great customer service from everyone. Very friendly. Great selection, pricing, financing options. They ha...
White Glove Delivery Available
Book a video or in-store appointment
Monthly Financing Options Available
Skip to content
Free Shipping $500 or more in the State of California Code: freeshipping
Free Shipping Anywhere in the State of California Code: freeshipping

Kelso Dining Set

Save 23% Save 23%
Original price
Original price - Original price
Original price
Current price $426.60
$426.60 - $426.60
Current price $426.60

Call one of our store locations to place an order.

Have a question? Contact Online Support
Pickup Is Available Click Here To See All Locations

Free Delivery Available for orders $1500 or more!

Perfect for compact dining spaces, this three-piece dining set combines warmth and versatility. The rectangular drop-leaf table allows flexible use for everyday meals or small gatherings, crafted in a rich cappuccino finish that enhances its transitional charm. Two matching chairs feature open lattice backs and padded beige microfiber seats for comfort and contrast. Built from solid rubberwood and engineered wood, this dining set balances durability, practicality, and timeless appeal. Key Features: • Compact three-piece dining set designed for small kitchens or cozy dining areas • Rectangular drop-leaf table offers flexible space for everyday dining or guests • Rich cappuccino finish adds warmth and transitional style to the room • Chairs feature open lattice backs for a light and geometric visual appeal • Beige microfiber cushioned seats provide lasting comfort and easy upkeep • Crafted from solid rubberwood and engineered wood for strength and stability