Navahoo Pastellzauber 14
M6 pieces in stock at third-party supplier
Colour8
Size6
Product details
The "Pastellzauber 14" quilted jacket from Navahoo combines modern design with functional features, making it the perfect companion for cold days. Its clear, urban appearance is enhanced by stylish accents and a sophisticated diagonal quilting pattern. The water- and wind-resistant material ensures that you stay warm and dry even in unpleasant weather. The jacket is equipped with warm insulation and a silky-smooth lining, providing high wearing comfort. The figure-friendly, straight cut allows for freedom of movement and a modern silhouette, making it ideal for layered looks. Practical details such as two outer pockets with magnetic closures and two inner pockets with zippers offer ample storage space for your essentials. This jacket is not only functional but also stylish and versatile – perfect for everyday wear and winter outings.
- Water- and wind-resistant material for optimal weather protection
- Warm insulation provides pleasant warmth on cold days
- Silky-smooth lining for high wearing comfort
- Practical pockets with magnetic and zipper closures for secure storage.
Material composition | Inner lining: 100% polyester, Padding: 100% polyester, Sleeve lining: 100% polyester, Upper: 100% polyester |
Filling material | 100% polyester |
Item number | 61062873 |
Manufacturer | Navahoo |
Category | Winter jackets |
Release date | 13.8.2025 |
Colour | Rose |
Exact colour description | Light peach |
Upper | Polyester |
Material composition | Inner lining: 100% polyester, Padding: 100% polyester, Sleeve lining: 100% polyester, Upper: 100% polyester |
Filling material | 100% polyester |
Target group | Women |
Age group | Adults |
Winter jacket type | Quilted jacket |
Clothing size | M |
Fabric properties | Water-repellent, Windproof |
Hood type | Adjustable |
Fit | Regular fit |
Pattern | Unicoloured |
Country of origin | Bangladesh |
CO₂ emissions | 4.79 kg |
Climate contribution | CHF 0.12 |
Washing instructions | Wash at 30°C |







