Faux Leather Suede Brown Electric Riser Recliner VANCOUVER

The Vancouver riser recliner offers supportive comfort with added practical features to make everyday use easier. Upholstered in beautiful brown faux leather with suede-effect finish, it works well in both contemporary and more traditional living rooms. Deep padding across the back, seat, and arms creates a comfortable, well-cushioned place to sit, while the built-in cupholders within the armrests add extra convenience for keeping drinks close at hand.

This powered lift up recliner is controlled via an easy-to-use handset, allowing you to adjust both the reclining position and lift function with minimal effort. The chair can gently rise and tilt forward to assist you in standing, or lower you smoothly into a seated position. It’s a helpful option for anyone who finds standard seating more challenging, while still maintaining the look and feel of a classic armchair.

As a riser recliner, it also provides a full reclining function for everyday relaxation. The footrest can be raised and the backrest reclined to suit your preferred position, whether you're unwinding, reading, or watching television. The supportive cushioning and padded armrests enhance comfort during extended use, while the integrated cupholders make it easy to keep essentials within reach without needing a side table.

Blending assistive functionality with thoughtful design, the Vancouver provides a reliable and comfortable seating solution that supports both relaxation and ease of movement throughout the day.

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.