3 Seater lovesofas | Faux Leather Suede Brown Naples 3 Seater Manual Recliner Sofa

Whether placed in the living room, bedroom, or home office space, the Faux Leather Suede Brown Naples 3 Seater Manual Recliner Sofa showcases a popular and versatile design adaptable to various spaces.

This sofa is upholstered in durable faux leather, a favoured substitute for genuine leather. It boasts a unique suede-effect finish, giving the fabric a distinctive and eye-catching look. The neutral brown colour lends itself perfectly to modern and more traditional spaces, while remaining easy to incorporate into existing decor and different colour schemes.

The Naples Recliner Sofa features well-padded armrests and high, supportive backrests. The foam-filled backrest, armrests and seats provide essential comfort, with the high-density foam ensuring adequate support. Additionally, the contoured seats are ideal for long resting sessions thanks to the ergonomic shape of the sofa. This 3-seater sofa also features a lever-based manual recline mechanism, allowing you to adjust to your desired position with retractable footrests and reclining back.

The reclining functionality of the Naples range makes it an ideal choice for your living room, for daily use and relaxation after a long week. Watching TV, reading a book, or even taking a nap becomes a much more comfortable and enjoyable experience. The 3-seater provides ample seating space without compromising on comfort. The middle section can be collapsed to reveal a console with cupholders and USB charging ports. 

All Love Sofas products are handcrafted and the exact size of the item may vary slightly. All of our items are fully compliant with UK fire regulations meant for personal use, ensuring that all of our items meet the necessary standards for your safety. Please note that our items are photographed under bright studio lights, and may appear slightly darker in different environments. All online photos are subject to colour bias caused by factors such as screen settings, lighting conditions, and individual device variations.