Women's Hale Tall Boots
These Hale boots are perfect if you're looking for sporty, multi-seasonal boots that are also perfect for general everyday use. These women's wellies are designed to provide versatility with their everyday style and practicality with their self-cleaning outsole and breathable PK mesh lining, allowing these boots to draw moisture away and your feet to breathe on warmer days. Fully insulated with 4mm neoprene, these wellington boots provide optimal comfort and waterproofing whether you're out on a light dog walk or about town.
- 100% Waterproof
- Fully lined with 4mm neoprene for flexibility
- Breathable PK mesh lining
- Self-cleaning ribbed outsole
- bioDEWIXâ„¢ Dry antimicrobial footbed insert topcover
- NZYMâ„¢ for odour control and moisture management
- Pull-tab for easy on and off
- Outsole designed for light duty use on firmer surfaces
- Estimated boot height 38cm/ 15.5"
- Estimated max calf circumference 38cm/ 15.5"
- Measurements based on a size 5, variations may occur across sizes
Original: $139.37
-70%$139.37
$41.81
Description
These Hale boots are perfect if you're looking for sporty, multi-seasonal boots that are also perfect for general everyday use. These women's wellies are designed to provide versatility with their everyday style and practicality with their self-cleaning outsole and breathable PK mesh lining, allowing these boots to draw moisture away and your feet to breathe on warmer days. Fully insulated with 4mm neoprene, these wellington boots provide optimal comfort and waterproofing whether you're out on a light dog walk or about town.
- 100% Waterproof
- Fully lined with 4mm neoprene for flexibility
- Breathable PK mesh lining
- Self-cleaning ribbed outsole
- bioDEWIXâ„¢ Dry antimicrobial footbed insert topcover
- NZYMâ„¢ for odour control and moisture management
- Pull-tab for easy on and off
- Outsole designed for light duty use on firmer surfaces
- Estimated boot height 38cm/ 15.5"
- Estimated max calf circumference 38cm/ 15.5"
- Measurements based on a size 5, variations may occur across sizes
