Winter Snow Boots Ozark Trail Eagle 10 Youth Size 2 Waterproof Thinsulate Hiking

$ 6.34

Signed: No Type: Boot Accents: Logo Performance/Activity: Hiking Country of Origin: China Pattern: Solid Model: Eagle10 Fabric Type: Blended Fabric AU Shoe Size: na Personalize: No Product Line: boot Toe Shape: Round Toe Cushioning Level: Minimal Style: Boots Features: Waterproof Cleat Type: na Manufacturer Color: brown Upper Material: Leather Customized: No Character: Boy Department: Unisex Kids Vintage: No Color: Brown Insole Material: Foam US Shoe Size: 2 Shoe Shaft Style: High Top UK Shoe Size: na MPN: 2517435 Year Manufactured: 2010-2019 Outsole Material: Rubber Lining Material: Fabric Occasion: Activewear, Casual Closure: Lace Up width: M Theme: Winter Shoe Width: M Handmade: No Season: Fall, Spring, Winter Brand: Ozark Trail Water Resistance Level: Waterproof Character Family: brown Material: Leather

Description

Winter Snow Boots Ozark Trail Eagle 10 Youth Size 2 Waterproof Thinsulate Hiking. These Ozark Trail Eagle10 youth boots are perfect for all your child's winter adventures. With a waterproof design and Thinsulate insulation, their feet will stay warm and dry no matter the weather. The high-top shaft provides extra support and the lace-up closure ensures a secure fit. Constructed with leather and blended fabric, these boots feature a solid brown color with an Ozark Trail logo accent. They are suitable for both casual wear and activewear. These boots are unisex and are child size 2. In good used condition. These Ozark Trail Eagle10 youth boots are perfect for all your child's winter adventures. With a waterproof design and Thinsulate insulation, their feet will stay warm and dry no matter the weather. The high-top shaft provides extra support and the lace-up closure ensures a secure fit. Constructed with leather and blended fabric, these boots feature a solid brown color with an Ozark Trail logo accent. They are suitable for both casual wear and activewear. These boots are unisex and are child size 2. In good used condition.