Sea To Summit Ether Light XR Insulated inflatable mattress ASC Regular grey (ASL051152-051702)

Sea To Summit Ether Light XR Insulated ASC Regular grey inflatable mattress is the ideal solution for those seeking a comfortable sleep during outdoor adventures. This product has been designed to provide maximum comfort, made possible by the use of modern technologies and high-quality materials. The mattress is intended for one person, with a length of 183 cm, providing ample space for rest.

Air Sprung Cell™ Technology

The Sea To Summit Ether Light XR Insulated ASC Regular grey inflatable mattress utilises advanced Air Sprung Cell™ technology, which ensures even distribution of body weight. This results in greater comfort during sleep, as the mattress better conforms to the shape of the body. This technology also contributes to increased mattress stability, which is important when used on uneven terrain.

Thermal insulation and R-value

The Ether Light XR Insulated ASC model features a high level of thermal insulation, confirmed by an R-value of 4.5. This means the mattress effectively protects against heat loss, which is especially important on cooler nights. The insulating materials used efficiently retain heat, ensuring a comfortable sleep regardless of weather conditions.

Lightweight design and ease of transport

One of the advantages of the Sea To Summit Ether Light XR Insulated ASC Regular mattress is its low weight of just 460 g. This makes the product easy to carry and ideal for longer hikes. The mattress can be quickly inflated and packed away, facilitating its use in various situations.

Sea To Summit Ether Light XR Insulated ASC Regular inflatable mattress - features:

• Advanced Air Sprung Cell™ technology for enhanced comfort;
• Even distribution of body weight across the entire surface;
• High level of thermal insulation with an R-value of 4.5;
• Excellent protection against heat loss during sleep;
• Weight of only 460 g for easy transport;
• Designed for one person, length 183 cm;
• Easy and quick inflation and packing.