Hexagon Elegance Luxe Beds with 80″ High Headboard

The Hexagon Elegance Luxe Bed is a bold, modern statement. Hexagonal panels at the four corners of its 80-inch headboard create a striking geometric frame.

This hexagon bed is made to order in your choice of fabric and colour, and we can make the headboard shorter if you need it.

Key features

• Hexagonal corner panels on the headboard
• 80″ (203 cm) high headboard
• Headboard height can be adjusted on request
• Available in small double, double, king and super king
• Optional gas lift storage

Make it yours

• Fabric and colour: 29 colours across plush velvet, crushed velvet, chenille and naple fabrics. Can’t see the colour you want? You can request a custom fabric or colour when you order.
• Bed base: slats or solid boards (no storage), or gas lift storage with an ottoman gas lift, solid ottoman divan gas lift or full metal base gas lift.
• Mattress: not included, but you can add one of our six mattresses when you order, from spring memory foam to pillow top pocket 2000.
• Extras: a matching ottoman box, and floorboards for storage beds.
• Assembly: your bed comes with all the fixings and instructions you need, and our customer service team can send video instructions and guide you through it. Prefer not to build it yourself? Add our assembly service.

Sizes and measurements

Headboard height: 80″ (203 cm) from floor to top

All measurements are approximate. Please allow 2–3 inches tolerance, as each bed is made by hand to order.

Before you order

• The headboard comes in one piece. Please measure your stairs, doorways and room before ordering, as we can’t accept returns or exchanges if the bed doesn’t fit.
• Please check your ceiling height before ordering. If you need a shorter headboard, contact us.

Delivery

Our courier delivers to the ground-floor entrance.

Please note

Colours can look different on different screens, depending on resolution, brightness and other display settings, so the fabric may not look exactly the same as on your phone, tablet or computer. Each image is a representation of the real product.