The Starbot Power Reclining Living Room Set in Fossil by Signature Design by Ashley is a perfect blend of comfort and durability, designed to enhance your living space with its sophisticated style. This set includes a sofa and loveseat, both crafted with meticulous attention to detail and upholstered in a luxurious fabric blend of 20% cotton, 75% polyester, and 5% polyurethane. The Fossil finish adds a touch of elegance, making it a versatile choice for any decor. The frame constructions have undergone rigorous testing to ensure they withstand the demands of everyday life, offering you a reliable and long-lasting seating solution.What sets the Starbot Collection apart is its commitment to quality and comfort. The cushion cores are made from low melt fiber wrapped over high-quality foam, providing exceptional support and comfort for hours of relaxation. The all-metal construction extends to the floor, ensuring strength and stability, while the metal drop-in unitized seat box adds an extra layer of durability. With power reclining features, you can effortlessly adjust your seating position to find the perfect angle for relaxation.Each piece in the Starbot Power Reclining Living Room Set is designed with precision, featuring glued, blocked, and stapled corners for enhanced stability. The stripes and patterns are match cut, ensuring a seamless and aesthetically pleasing appearance. All fabrics used in this collection are pre-approved for wearability and durability, meeting the high standards set by the American Home Furnishings Alliance (AHFA). Experience the perfect combination of style, comfort, and durability with the Starbot Collection from Signature Design by Ashley.FeaturesIncludes sofa and loveseat from the Starbot CollectionFossil finish with a luxurious fabric blendRigorously tested frame constructions for durabilityPower reclining feature for customizable comfortHigh-quality foam cushion cores wrapped in low melt fiberAll-metal construction for enhanced strength and stabilityPre-approved fabrics for wearability and durability