Restapocket 1200 Memory Double Mattress
Compare 2 shops
Price history
Tracked since 23rd Jul 2026High vs typical — it's sold for £537.99 beforeLowest in 90 days: £537.99Lowest we've tracked: £537.99
- 1200 pocket springs for tailored support and reduced motion transfer
- 50mm deep memory foam layer for pressure relief and body-moulding comfort
- Medium tension, ideal for side sleepers and most sleeping positions
- Hypoallergenic properties suitable for allergy sufferers
- 35cm mattress depth for a substantial feel
About this product
Restapocket 1200 Memory Double Mattress is stocked by 2 shops we compare on Shopperazzi. Listed prices start at £609.99 and go up to £674.00.
Experience balanced comfort and support with the Restopaedic Restapocket 1200 Memory Double Mattress. This mattress features 1200 individually pocketed springs that adapt to your body's contours, promoting healthy spinal alignment and reducing disturbance from movement. A 50mm layer of memory foam is integrated to provide pressure relief and a cradling feel.
With a medium tension, this mattress is suitable for most sleeping positions, offering a supportive yet comfortable surface. The high loft micro-quilted cover adds a smooth finish, and the hypoallergenic properties of the memory foam make it a good choice for allergy sufferers. The substantial 35cm depth contributes to its premium feel.
Product details
- Model
- MMP55935S159939
- GTIN
- 05056187149891
- Condition
- new
- Category
- Mattresses
Frequently asked questions
What is the tension of the Restopaedic Restapocket 1200 Memory Double Mattress?
The Restopaedic Restapocket 1200 Memory Double Mattress has a medium tension.
What are the dimensions of the Restopaedic Restapocket 1200 Memory Double Mattress?
The dimensions of the Restopaedic Restapocket 1200 Memory Double Mattress are H:135 x W:190 x D:34 cm.
Is the Restopaedic Restapocket 1200 Memory Double Mattress hypoallergenic?
Yes, the Restopaedic Restapocket 1200 Memory Double Mattress has hypoallergenic properties due to the memory foam's structure.
