
Egga Grid Merino Headover
Devold Egga is a series of functional mid-layers in 100% Merino wool, with exceptional air flow. This is the perfect combination of insulation and breathability in one single garment. The inside of the material has a grid pattern for temperate air flow. The flexible fit allows optimum freedom of movement which, combined with a high warmth-to-weight ratio, makes these garments perfect for high activity levels when skiing. Two-way zipper at the front. Cuffs with thumbholes. Chest pockets with zip. Side pockets with zipper. High collar with soft chin guard on zip. Elastic adjustment at hem. - Temperature-regulating - Optimal freedom of movement - High insulation ability and low weight
Devold Egga is a series of functional mid-layers in 100% Merino wool, with exceptional air flow. This is the perfect combination of insulation and breathability in one single garment. The inside of the material has a grid pattern for temperate air flow. The flexible fit allows optimum freedom of movement which, combined with a high warmth-to-weight ratio, makes these garments perfect for high activity levels when skiing. Two-way zipper at the front. Cuffs with thumbholes. Chest pockets with zip. Side pockets with zipper. High collar with soft chin guard on zip. Elastic adjustment at hem. - Temperature-regulating - Optimal freedom of movement - High insulation ability and low weight
Original: $44.04
-70%$44.04
$13.21Description
Devold Egga is a series of functional mid-layers in 100% Merino wool, with exceptional air flow. This is the perfect combination of insulation and breathability in one single garment. The inside of the material has a grid pattern for temperate air flow. The flexible fit allows optimum freedom of movement which, combined with a high warmth-to-weight ratio, makes these garments perfect for high activity levels when skiing. Two-way zipper at the front. Cuffs with thumbholes. Chest pockets with zip. Side pockets with zipper. High collar with soft chin guard on zip. Elastic adjustment at hem. - Temperature-regulating - Optimal freedom of movement - High insulation ability and low weight
















