Compression gradient foam aids post activity recovery.
Please note: APIS brand shoes are specialty items. Orders for APIS products may be back ordered up to 8-12 weeks.
FiTec 3405 - Women's Athletic Shoe
Are you looking for a high-quality athletic shoe that can keep up with your active lifestyle? Look no further than the FiTec 3405 - Women's Athletic Shoe. This stylish and comfortable shoe is designed to provide the perfect blend of support, cushioning, and flexibility, making it ideal for runners, walkers, and anyone looking for a reliable athletic shoe.
The FiTec 3405 - Women's Athletic Shoe features a breathable mesh upper and a padded collar and tongue that provide both comfort and support. The shoe also comes equipped with a cushioned insole and a shock-absorbing midsole that work together to reduce the impact of each step and provide maximum cushioning and support. Additionally, the FiTec 3405 - Women's Athletic Shoe is designed with a flexible outsole that allows for natural movement and a smooth transition from heel to toe.
- Breathable Mesh Upper: The breathable mesh upper keeps your feet cool and comfortable, even during intense workouts.
- Padded Collar and Tongue: The padded collar and tongue provide extra comfort and support, reducing the risk of blisters and irritation.
- Cushioned Insole: The cushioned insole provides maximum comfort and support, reducing the impact of each step.
- Shock-Absorbing Midsole: The shock-absorbing midsole reduces the impact of each step and provides maximum cushioning and support.
- Flexible Outsole: The flexible outsole allows for natural movement and a smooth transition from heel to toe.
- Arch Support: The shoe is designed with built-in arch support to help prevent foot pain and fatigue, making it ideal for people with flat feet or other foot conditions.
- Lightweight Design: The lightweight design of the FiTec 3405 - Women's Athletic Shoe makes it easy to wear for long periods of time, without weighing you down.
Vibration canceling midsole reduces repetitive stress vibrations.
