Teva Womens Tirra Sandal
The Teva Womens Tirra was designed specifically for a woman's foot in order to provide unmatched comfort and performance in the water. With its unmistakably feminine strap configuration and multiple adjustment options for a secure fit, the Tirra can tackle any obstacle with ladylike grace – just like you.
- Quick-dry webbing made from recycled plastic using traceable, verifiable REPREVE polyester yarn by Unifi supports your foot and stands up to abuse
- Easy hook-and-loop closure comes on and off quickly and gets the fit just right
- A cushioned Shoc Pad in the heel absorbs impact where you need it most
- A contoured EVA midsole gives you arch support that most sandals lack, Nylon shank stabilizes and supports your foot on uneven terrain
- Rugged Spider Rubber outsole is extremely durable and supplies great traction
- Sustainability Initiative(s): Vegan, Webbing made from recycled plastic using traceable, verifiable REPREVE polyester yarn by Unifi
- Best for: day hikes, light hikes
- Womens Casual Sandal
- Weight: 9oz. [255g]
- Water-Ready Polyester Repreve Webbing upper durable & dries quickly
- A cushioned Shoc Pad in the heel
- A contoured EVA midsole
- Nylon shank stabilizes and supports your foot on uneven terrain
- Rugged Spider Rubber outsole is extremely durable and supplies great traction
- Usages: Beach, Walking, Water, Casual, Lifestyle
- Best for: day hikes, light hikes
Technologies:
- SPIDER ORIGINAL
A lot of people ask why we named our original rubber compound after one of the creepiest creatures on the planet. In response, we ask them if they’ve ever seen a cute puppy climb up a completely vertical, soaking wet rock. No? We rest our case. - SHOC PAD
You wouldn't ride a bike without a seat. The same logic applies for our Shoc Pad™ technology, which will give you a smooth ride without inhibiting your performance. - Webbing: Water-Ready Polyester webbing stands up to abuse & dries quickly after getting wet.
- REPREVE polyester yarn by Unifi®; these sandals save 5 plastic bottles from ending up in landfills
