Comfort Plus Insulated Mat 18
Fine tune your comfort with a specialist valve for the ultimate in outdoor sleeping.
- Construction
- Dual Layer
- Length/Width
- Small Mummy: 168 x 55 cm, Regular Mummy: 183 x 55 cm, Large Mummy: 201 x 64 cm, Regular Rectangular 183 x 56 cm, Large Rectangular 203 x 65 cm
- no. Air Sprung Cells
- Small Mummy: 514, Regular Mummy: 548, Large Mummy: 696, Regular Rectangular 596, Large Rectangular 788
- Rolled Size
- Small Mummy: Ø12 x 23cm, Regular Mummy: Ø12 x 23cm, Large Mummy: Ø12 x 26cm, Regular Rectangular Ø12 x 23cm, Large Rectangular Ø12 x 26cm
- R Value
- 5
- Shape
- Mummy or Rectangular
- Weight
- Small Mummy: 715g, Regular Mummy: 785g, Large Mummy: 1015g, Regular Rectangular 920g, Large Rectangular 1170g
- Reduced From
- From £175.00
- Selling Price
- From £105.00
offer
Our Comfort Plus Insulated sleeping mats with their dual layer construction provide the most effective system for fine-tuning the level of comfort available in any air mattress today. The two independent high-resolution cell layers give excellent support by distributing your body weight and shape over more cells. The two layers are also offset for more uniform insulation and cushioning. Because the two layers can be pressurized independently, the top layer can be inflated to your personal comfort, while maintaining a high-pressure base layer for protection from rough or uneven terrain. Both layers can be adjusted independently using the fine tune valve to get just the right level of softness and support. We use Exkin® Platinum, a quiet non-woven fabric, to reflect radiant heat loss back to the user and Thermolite® insulation to prevent convective heat loss between your body and the ground.
Dual layer technology with Exkin Platinum® & Thermolite insulation. Two layer of high resolution cells that can be pressurised independently: inflate the top layer to your personal comfort while maintaining a high-pressure base layer for protection from rough terrain. Independent chambers allow the mattress to function even if one of the layers is punctured.