- -20%
Keen Clearwater CNX Leather mineral blue/yellow
887194631643
The Clearwater Leather can do it all. Lightweight and low profile this sandal looks great with shorts, capris or a skirt without sacrificing fit or performance. Signature KEEN toe protection, contoured arch support, and bungee lacing provide customized fit while the waterproof leather upper, multi-directional flex grooves and razor siping provide advanced traction on slick surfaces.
You can purchase the product at:
- product is in stock
- inquire about product order
Description
The essential KEEN fit and protection lightened up to make every step a natural connection. The Clearwater CNX features a webbing upper with traditional KEEN sandal style. The bungee lace allows for customized fit. Multi-directional flex grooves on the low-profile sole enhance the natural flexibility of the foot and improve ground contact while razor siping provides advanced traction on slick surfaces. The contoured arch supports the foot.
Features
- 4 mm midsole drop
- Contoured arch for added midfoot support
- Hydrophobic mesh lining
- Metatarsal ridge for natural underfoot support
- Molded outsole siping for additional traction
- Non-marking rubber outsole with razor siping
- Proprietary lightweight PU midsole compound for long lasting support and comfort
- Secure fit lace capture system with 2mm bungee lace
- TPU stability shank
- Washable polyester webbing upper
Specifications
- Weight: 218 g (per shoe)
- Lining: Hydrophobic Mesh
- Sole: Non-marking rubber outsole with razor siping
- Upper: Washable polyester webbing
887194631643
Specific References
- ean13
- 887194631643
16 other products in the same category:
The Clearwater Leather can do it all. Lightweight and low profile this sandal looks great with shorts, capris or a skirt without sacrificing fit or performance. Signature KEEN toe protection, contoured arch support, and bungee lacing provide customized fit while the waterproof leather upper, multi-directional flex grooves and razor siping provide advanced traction on slick surfaces.