ASICS Running Shoes GEL-KAYANO25 (25.5cm) ASICS

This is a used pair of the popular and stable GEL-KAYANO 25, celebrating the 25th anniversary model from ASICS.
With excellent cushioning and support, they are recommended for running, walking, and everyday use.

Used about 2-3 times a month for running for 5-6 years. There are scuffs and dirt from use, but they are still usable.
The soles show some wear, but the exterior is still in good condition.
*Home cleaned.
(Please check the photos for details).

Condition: Used (sole wear, aglets on laces repaired)
Size: 25.5 cm
Color: Indigo Blue
Insole: Removable
Accessories: None

*Please refrain from purchasing if you are sensitive about used items.
*Please purchase only after checking the photos and being satisfied.

◎Copied from the product description page below:
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FlyteFoam PROPEL, with its excellent resilience, pursues a bouncy ride.
FlyteFoam LYTE, which offers superior cushioning, lightness, and durability, is incorporated in the heel. Equipped with dual-layer jacquard mesh for improved breathability and fit.

■Cushioning - GEL
・GEL
GEL, with its excellent shock absorption, is embedded in the midsole. It is used in appropriate areas of the forefoot and heel according to the intended use.
■Lightweight
A foam material that achieves lighter weight than conventional E.V.A. and offers excellent resilience. The addition of organic fibers as a material achieves both lightness and excellent durability.
■Stability
A structure that enhances stability by increasing the hardness of a portion of the midsole. The placement varies depending on the product.
■Durability
An outsole material that exhibits approximately twice the abrasion resistance (compared to our company's standards) while maintaining the same lightness and grip as conventional rubber. The sponge type also offers excellent cushioning. Resin types are also available.
■Other Functions
IGS is the optimal design philosophy for achieving intended movements. It is based on a wide range of knowledge, including biomechanics, material mechanics, and impact engineering.