Scott Jacket M's Explorair 3L

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Scott Jacket M's Explorair 3L

One of Scott's best sellers, the SCOTT Explorair 3L Jacket (15,000 mm/10,000 g/m2/24 h) is now also part of Scott's Re-Source line. Whether you're going on an after-hours ski tour or skiing on or off-piste, this jacket is for you. It's also Scott's most versatile and affordable shell jacket.

The most important facts at a glance

Water column

15000 mm

Breathability

10000 g/m²/24h

550 g

Hood (adjustable, suitable for helmet)

Product details

Made for:

Men

Optimal for:

Skiing
Ski tour
Freeski
Free time

Hood:

adjustable and suitable for helmets

Weight:

550 g (medium size)

Water column:

15000 mm

Breathability:

10000 g/m²/24h (MVTR)

Sustainability:

Re-source productRecycled componentPFC-free DWR coating

Fit:

Athletic

Fit:

Athletic

Features:

Waterproof
Ideal for ski touring
Three-layer waterproof DRYOsphere
Ski pass bag
Underarm ventilation
Hand warmer pockets
Ski pass pocket on the sleeve
Full underarm ventilation
Fixed, helmet-compatible hood
Adjustable waistband and hood
Adjustable cuffs
Security pocket with zipper inside

Materials:

100% recycled polyester

Care instructions

Do not iron
Tumble dry on low temperature (low setting)
Machine wash: Synthetic programme/fine wash, easy care (max. 30 °C)
Do not dry clean
Do not bleach
Do not use fabric softener
Follow washing and care instructions carefully to support and maintain the water-repellent properties of the clothing

Technologies and manufacturing processes

Re-source by SCOTT
At SCOTT, we believe of doing things the right way and for the right reasons. We are committed to improving the impacts of our products and business practices, preserving the environment for future generations and stimulating positive change in our communities.
PFC Free
Perﬂuorinated and polyﬂuorinated compounds, also known as PFCs, are a group of ﬂuorinated substances that have long been used as durable water repellence for clothing in the outdoor industry are very bad for the environment because they are very stable, and do not easily break down in nature. Therefore, PFC free/ C0 DWR treatments have been developed. They are less durable but more sustainable.