Aenergy Light ML Hooded Jacket Women

Minimum weight for maximum performance

Maximum performance combined with minimum weight. The Aenergy Light hooded jacket is designed for mountaineering and ski touring all year round. Depending on the outside temperature and level of exertion, you can wear it as a base or mid layer. It is made from very lightweight Polartec® Power Grid™...

  • Ski Touring, Mountaineering

  • 1014-03810

  • Weight

    183 g

  • Cut

    Athletic Fit

  • Lightweight, highly elastic Polartec® Power Grid® fleece with high breathability, excellent moisture management and short drying time
  • Elasticated border on hood for tight fit under climbing helmet
  • Opening for ponytail at the back of the hood
  • Bonded chest pocket with zipper
  • Flatlock seams for extra elasticity

  • Polartec® Power GridTM

    Polartec® Power Grid™ fleece uses a special knitting method to increase insulation and breathability while reducing fabric volume at the same time. The geometric patterns also improve compressibility.

  • Insert

    83% Polyamide, 17% Spandex

  • Main material

    90% Polyester, 10% Spandex

  • bluesign® PRODUCT

    The bluesign® SYSTEM is a solution for sustainable textile production that eliminates the use of harmful substances. bluesign® PRODUCTS guarantee a responsible use of resources with a minimum impact on people and the environment.

  • Fair Wear

    Fair Wear works to ensure fair and safe working conditions in garment factories. The non-profit engages directly with factories, trade unions, NGOs and governments to protect workers’ rights.

  • Do not use chlorine-based bleach

    Do not use chlorine-based bleach

  • Do not dry clean or use solvents to remove stains

    Do not dry clean or use solvents to remove stains

  • Do not iron or treat with steam

    Do not iron or treat with steam

  • Close zippers / Velcro fasteners before washing

  • Do not tumble dry

    Do not tumble dry

  • Machine wash on normal cycle (max. 30° C)

    Machine wash on normal cycle (max. 30° C)