Ether Light XR Pro Insulated Air Sleeping Pad sea to summit
Ether Light XR Pro Insulated Air Sleeping Pad sea to summit
Ether Light XR Pro Insulated Air Sleeping Pad sea to summit
Ether Light XR Pro Insulated Air Sleeping Pad sea to summit
Ether Light XR Pro Insulated Air Sleeping Pad sea to summit
Ether Light XR Pro Insulated Air Sleeping Pad sea to summit

Ether Light XR Pro Insulated Air Sleeping Pad

Sale price$329.99 CAD
Quantity:
Pickup available at Fair D Canada Usually ready in 24 hours

Ether Light XR Pro Insulated Air Sleeping Pad

Fair D Canada

Pickup available, usually ready in 24 hours

1651 Chemin de l'Industrie
Beloeil QC J3G 6S8
Canada

+14383378750
In stock
Sea to Summit Ether Light XR Pro Sleeping Pad Sea to Summit Ether Light XR Pro Regular

Ether Light XR Pro Insulated Sleeping Pad – Regular

High-performance 4-season insulated sleeping pad designed for cold-weather operations, expedition travel, and professional outdoor use.

R-Value
7.4
Thickness
10 cm
Weight
~560–620 g

The Ether Light XR Pro features advanced ThermalCore insulation and Air Sprung Cell construction, delivering exceptional warmth and comfort while maintaining compact packability. :contentReference[oaicite:0]{index=0}

With an ASTM-tested R-value of 7.4, it is engineered for extreme cold conditions while still remaining suitable for multi-season use. :contentReference[oaicite:1]{index=1}

Specification Details
Dimensions 72" x 21.5" x 4" (183 x 55 x 10 cm)
Weight Approx. 560–620 g
R-Value 7.4 (4-season / winter capable)
Thickness 10 cm Air Sprung Cells™
Material 30D / 40D Nylon with TPU lamination
Insulation ThermalCore multi-layer reflective system
Valve XPRESS valve + pump sack
Packed Size Approx. 21 x 12 cm

Operational Advantage

The Regular format offers the best balance between weight, insulation, and packability. Its 10 cm thickness ensures full ground isolation, even on uneven or frozen terrain, while maintaining a compact footprint for field mobility.

Designed for military, SAR, and expedition users, it provides reliable sleep performance in harsh environments where recovery and thermal protection are critical.