Description
The Kamik Aura Girl's Jacket is a winter essential that every little girl will love. This jacket is designed to keep her warm and cozy during the coldest months of the year, without sacrificing style or comfort. The water-resistant and windproof outer layer protects her from the elements, while the soft and plush inner lining keeps her warm and comfortable. The jacket's bright and fun colors make it a standout piece that your little girl will love to wear all season long.
Tech Specs
Gender | Girl's | |
Condition | New | |
Model Year | 2023 | |
Sport | Skiing | |
International Availability | Argentina, Australia, Chile, Ireland, Japan, New Zealand, UK, United States, Canada |
Features
- Warm and cozy jacket designed for cold weather conditions
- Features a waterproof and breathable outer layer to keep kids dry and comfortable
- Insulated with high-loft synthetic fill for added warmth
- Adjustable hood, cuffs, and hem for a personalized fit
- Includes reflective accents for added visibility in low light conditions
Description
The Kamik Aura Girl's Jacket is a winter essential that every little girl will love. This jacket is designed to keep her warm and cozy during the coldest months of the year, without sacrificing style or comfort. The water-resistant and windproof outer layer protects her from the elements, while the soft and plush inner lining keeps her warm and comfortable. The jacket's bright and fun colors make it a standout piece that your little girl will love to wear all season long.
Tech Specs
Gender | Girl's | |
Condition | New | |
Model Year | 2023 | |
Sport | Skiing | |
International Availability | Argentina, Australia, Chile, Ireland, Japan, New Zealand, UK, United States, Canada |
Features
- Warm and cozy jacket designed for cold weather conditions
- Features a waterproof and breathable outer layer to keep kids dry and comfortable
- Insulated with high-loft synthetic fill for added warmth
- Adjustable hood, cuffs, and hem for a personalized fit
- Includes reflective accents for added visibility in low light conditions