Women's snowboard boots Vans Encore OG black/white (VN0A3TFP0BN)

The women's snowboard boots Vans Encore OG black/white provide precise fit and performance on the slopes thanks to the advanced BOA® Fit System lacing and support from V1 ULTRACUSH™ and V1 POPCUSH™ technologies. The model's construction is based on cushioning and comfortable solutions that allow for dynamic all-mountain and freestyle riding while maintaining a high level of comfort.

BOA® Fit System Lacing

The advanced BOA® Fit System allows for quick and precise shoe adjustment even in difficult snowy conditions. With the uniform tension regulation of the laces, you achieve the perfect balance between support and comfort throughout the day of riding. This solution lets you easily adjust the boots while riding, without needing to remove your gloves, which is particularly important during dynamic changes in slope conditions.

V1 Waffle Lug Sole and Traction

The V1 Waffle Lug sole made from a mix of appropriately hard materials guarantees high traction on icy surfaces and stability while walking on slippery snow or ice. As a result, the Vans Encore OG model performs well both on groomed trails and in more demanding freestyle terrain.

Women's snowboard boots Vans Encore OG black/white - features:

• BOA® Fit System lacing allowing for precise foot adjustment;
• V1 UltraCush inner boot with high-density foam providing cushioning;
• Presence of an anatomical insole supporting the natural foot position;
• PLEASURECUFF™ technology for increased stabilization and comfort around the ankle;
• V1 Waffle Lug sole guaranteeing traction on snow and ice;
• High comfort due to the possibility of thermal moulding of the inner boot;
• Cushioning across the entire length of the foot using V1 POPCUSH™ technology;
• Soft to medium flex for optimal board control while riding;
• Durable and supportive construction for intensive riding;
• Ability to adjust lacing without needing to remove gloves;
• High level of comfort throughout the day of activities on the slopes;
• Ankle stabilization that minimizes the risk of chafing and discomfort;
• Thoughtful sole construction for effective energy transfer;
• Optimized cushioning in the heel and toe areas.