Asics Gel-Kayano 14 Womens Brown Trainers NO BOX

Please note this stock is ex display or customer return and will have some minor faults which can include, but is not limited to; marks, scratches, slight fading, glue marks or missing laces and may not be in the original box.

The Asics Gel-Kayano 14 Women's Brown Trainers are a stylish and high-performance choice for women who prioritize both fashion and functionality in their athletic footwear. Here's a detailed description with key features: 


Classic Design with a Modern Twist: The Gel-Kayano 14 trainers by Asics blend a classic silhouette with modern design elements, offering a unique and fashionable look for active women.

Premium Materials: Asics is known for using high-quality materials in their footwear. These trainers are typically constructed from top-tier materials, ensuring both durability and comfort.

Rich Brown Color: The trainers come in a rich brown color with subtle accents, providing a warm and distinctive look that pairs seamlessly with various athletic and casual outfits.

Gel Cushioning Technology: These trainers often incorporate Asics' signature Gel cushioning technology in the heel, offering exceptional shock absorption. This technology reduces the impact on joints and provides a cushioned and comfortable ride.

Supportive Midsole: The midsole is designed to offer excellent support and cushioning, enhancing your overall athletic performance by providing the ideal balance of stability and comfort.

Secure Lace Closure: The trainers typically feature a traditional lace-up closure system, allowing for a secure and customizable fit tailored to your foot shape.

Padded Collar and Tongue: To ensure comfort and prevent chafing during workouts, the trainers come with a padded collar and tongue.

Breathable Upper: The upper of the shoes is usually made from a breathable mesh material, promoting airflow and reducing moisture buildup inside the shoe.

Durable Outsole: The outsole is designed to provide excellent traction and durability, ensuring grip and stability on various surfaces.