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A shortened version of the Trekker model for smaller people and for those who count every gram when packing but do not want to give up comfortable sleep, great insulation and the excellent quality that TREKKER models are known for.
This product comes with an extended warranty (4 years). More details in the terms and conditions.
Specifications
| Type: | self-inflating |
| Material: | polyester micro brushed 75 D |
| Colour: | blue/grey |
| Thermal resistance: | 4.0 |
| Dimensions: | 168 x 51 x 3.8 cm |
| Packed size: | 12 x 26 cm |
| Folds in half: | yes |
| Weight: | 630 g (may vary ± 10%) |
General product information
Manufacturer: Yate
QUALITY GUARANTEE
Modern products are usually not only good-looking but also hide many technical features and details that are not visible, yet significantly improve the quality of the product and make it exceptional. For self-inflating mats, 3 factors matter most: 1) low weight, 2) small packed volume and 3) long service life.
We achieve low weight by selecting the highest quality materials for both the surface and the core. The material must be light, yet strong and durable. We also reduce weight by lightening the inner foam. However, this must not come at the expense of comfort and good insulation. The choice of material and the lightening have a significant effect on the packed size of the product.
All our products have a double layer of air-loss insulation laminated to the top fabric. This ensures high protection and a long service life. Every mat is tested for 24 hours after manufacture, eliminating the risk of a defective product being delivered from production.
THERMAL RESISTANCE
A value increasingly stated for sleeping mats. Thermal resistance - R is a physical quantity expressing the thermal insulation properties of a material. It depends directly on the thickness of the material and λ. To achieve the highest possible R value, the aim is for the material to be as thick as possible and for the λ value of the individual materials to be as low as possible. Thermal resistance R expresses the resistance of 1 m2 of material to the passage of thermal energy at a temperature difference of 1 K. The thermal conductivity coefficient λ expresses the ability of a material to conduct heat. It is the amount of energy in W that passes through a material 1 m thick at a temperature difference of 1 K between its surfaces. Legend: R = d / λ (m2.K.W-1); d - material thickness (m); λ - thermal conductivity coefficient of the material (W.m-1.K-1).
NON-SLIP SURFACE "YATE Micro Brushed"
Outdoors, the sleeping spot is often not perfectly flat, so even a comfortable mat may not fully serve its purpose if you slide off it in your sleeping bag. For this reason, we developed a special "Micro Brushed" surface finish that increases friction and prevents the sleeping bag from slipping.
