Product details
The Pegas 3D Lite ski gloves are specifically designed for mild weather conditions, offering an optimal combination of control and comfort. Thanks to the innovative Trigger 3D System, they allow for precise handling of ski equipment, while the breathable and waterproof materials ensure comfort even in changing conditions. The gloves feature reflective detailing for added visibility and are compatible with touchscreen devices. The ergonomic fit and wrist loops provide a secure fit and prevent cold and snow from entering. These ski gloves are an excellent choice for anyone who values functionality and style.
- Trigger 3D System for improved control
- Waterproof and windproof for optimal protection
- Breathable materials for high wearing comfort
- Reflective detailing for better visibility
- Touchscreen compatible for easy device operation.
Material composition | 10% spandex, 36% wool, Filling 2: 64% polyester, Filling 3: 100% polyester, Filling: 100% polyester, Insert 2: 100% polyurethane, Insert: 100% leather, Main material: 100% leather, Outer material: 90% polyester |
Glove type | Long finger glove |
Item number | 50349914 |
Manufacturer | Leki |
Category | Ski gloves |
Manufacturer no. | 654875301075 |
Release date | 9.10.2024 |
Colour | Black |
Exact colour description | Black |
Upper | Leather, Polyester, Spandex |
Material composition | 10% spandex, 36% wool, Filling 2: 64% polyester, Filling 3: 100% polyester, Filling: 100% polyester, Insert 2: 100% polyurethane, Insert: 100% leather, Main material: 100% leather, Outer material: 90% polyester |
Filling material | 100% polyester |
Age group | Adults |
Glove size | 7.5 |
Glove type | Long finger glove |
Glove Features | Reflective, Touchscreen-suitable, Wrist straps |
Fabric properties | Breathable, Heat insulating, Waterproof, Windproof |
Fastener | Velcro fastener |
Sport | Skis |
weather conditions | Gentleness |
Pattern | Unicoloured |
Area of use | Skiing |
Country of origin | Vietnam |
Weight | 240 g |
Specifications may include unverified machine translations.