Bed Frame King Size Gas Lift Grey ISSA

Meet a bed frame that brings together total glamour and practical smart storage. The ISSA King Size Gas Lift Bed Frame is upholstered in a soft, durable faux linen fabric with a beautifully tufted, padded headboard—giving your bedroom an instantly elevated, hotel-inspired vibe while delivering everyday comfort and reliability.

Built to last, this bed combines a reinforced steel frame with heavy-duty metal connectors and a wooden arched slat base. The result is a sturdy foundation that supports restless nights and morning risers alike, with a weight capacity of 300 kg. The 3-pack delivery ensures safe arrival in pieces that fit easily through tight stairwells and doorways.

Where this bed truly stands out is its gas lift hinged base. Lift the mattress frame with ease to reveal a generous under-bed storage area—perfect for seasonal bedding, extra pillows, or out-of-season clothing. It’s storage that feels invisible until you need it, helping you reclaim bedroom space without sacrificing style.

Important notes to keep expectations clear: the mattress is sold separately, and the fabric base is not included at the bottom of the frame. Colour may vary slightly from the image due to lighting and material variation.

• Fits standard King-sized mattress: 203 cm x 183 cm
• Overall dimensions: 215 cm (W) x 190 cm (D) x 115 cm (H)
• Weight capacity: 300 kg
• Materials: Faux linen fabric, high-density foam, wood slats
• Construction: Heavy-duty reinforced steel frame with metal connectors; sturdy legs
• Storage: Gas lift hinged base creates instant, spacious under-bed storage
• Assembly: Easy; ships in 3 packages; includes assembly manual
• Note: Mattress sold separately; fabric base not included at the bottom of the frame

Ideal for modern bedrooms where space conservation matters—great for small apartments, guest rooms, or any space where you value both style and practical storage. The ISSA combines contemporary grey tones with timeless tufting to deliver a bed frame that looks refined while solving real storage needs.