The Ether Light XR Pro Insulated Inflatable Pad is an evolution Sea to Summit acclaimed pads, designed for those who don't want to compromise on comfort and insulation. With a 10cm thickness and high R-value, it's suitable for winter camping, mountaineering and colder backpacking.
Key features and benefits:
Air Sprung Cell™ construction: 10 cm thick provides exceptional softness and comfort in any sleeping position as the cells adapt to the shape of your body.
ThermalCore Insulation: Multi-layer TRM technology reflects heat back to the body and prevents internal air circulation, ensuring high thermal efficiency with minimal weight.
High R-Value: ASTM tested value of 7.4 means the underlayment is suitable for extreme cold and use on snow or frozen ground.
XPRESS valve: The integrated multi-function valve allows for quick inflation, precise adjustment of firmness and instant deflation of the mat.
Airstream™ Pump: The storage bag doubles as a pump, allowing for inflation with minimal effort and without introducing moisture from your breath into the interior of the pad.
Pillow Lock™ system: The included self-adhesive pads allow you to attach Sea to Summit pillows so they don't slip while you sleep.
R-value: 7.4 (suitable for winter and extreme cold).
Thickness: 10 cm.
Weight: 560g.
Dimensions: Suitable for people up to 183 cm tall.
Folded mat size: 21 x 12 x 12 cm.
Ideal for:
Winter camping, mountaineering expeditions and all outdoor enthusiasts who need maximum thermal insulation on cold ground, but at the same time want a sleep that is close to the comfort of a home bed.
Characteristics
40D rip-stop nylon
40D rip-stop nylon face fabric offers the right balance between weight and durability
Weight (g): 560
R Value: 7.4
Width (cm): 55
: 183
Thickness (cm): 10
Length (cm): 21
Width (cm): 12
Multi-functional valve for easy inflation and deflation
Self-inflating pad
Self-inflating pads do not require an air pump to fill them, as they auto-fill when the valve is opened. After a few minutes, fill it completely with a couple of blows into the valve to the desired hardness.
