Seneca Jkt W Dragon

Millet

Seneca Jkt W Dragon

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Compact stretch fleece - Women - Seneca - Millet - Autumn-Winter 2023/2024

48,00 €

-60%

119,90 €

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Seneca Jkt W Dragon

48,00 €

-60%

119,90 €

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Description

The Seneca Jkt Dragon for women from Millet is a perfect fleece for all your outdoor activities in cool weather.

Made of Polartec® Techno Grid Recycled material with a grid structure, it provides a substantial amount of warmth while efficiently wicking moisture to keep you warm and dry. The stretch material allows for excellent freedom of movement and the ergonomic cut adapts to all body shapes for greater comfort.

Lightweight and compact, you can take this fleece everywhere with you. It has a protective stand-up collar and high pockets, which are useful even when wearing a harness. The raglan sleeves considerably reduce friction on the shoulders when carrying a backpack.

Millet Collection - Autumn-Winter 2024/2023

Discover the collections Millet

Pierra Ment Seneca Trilogy Ubic Wanaka G Trek Kamet Intense

Discover related categories

Women's walking fleeces Women's outdoor clothing Women's walking clothing

Technical details

Size

Normal

Overview

Brand

Millet

Warranty

Year

2024

Season

Autumn

Gender

Women

Product details

Weight (g)

300

Technical details

Fit

Standard

Zip

Full length zip

Performance

Use

Sport

Other features

- Ergonomic and fitted cut
- 4-way stretch material
- Raglan sleeves
- Zipped front opening
- Protective high collar
- Quick-access zipped chest pocket
- 2 high zipped hand pockets
- Elasticated hem and cuffs

Materials:
88% Recycled Polyester, 12% Elastane

POLARTEC® MINI GRID

Designed with geometric constructions to generate targeted contact points for the patented two-component moisture management design. The surface close to the skin is water-repellent to absorb sweat vapour and transfer it to the outside. Then the outer surface disperses the moisture for more efficient evaporation. The grid design also creates open air channels that improve breathability and reduce fabric bulk.