Asics x Hidden NY Gel-DS Trainer 14 White/Blarney
The GEL-DS TRAINER⢠14 harmonizes key design elements from the late 2000s with comfort and versatility for everyday scenarios. Distinguishing features on the upper include the shoe's iconic quarter-panel design and open mesh paneling. These details give the shoe a dynamic aesthetic that's representative of running models from this era. The tooling shape's features a sleeker construction that's met with comfortable cushioning properties. Its lightweight design is also paired with a TRUSSTIC⢠support unit for stability and rearfoot GEL⢠technology for impact absorption.
Product Information
Product Information
Shipping & Returns
Shipping & Returns



Asics x Hidden NY Gel-DS Trainer 14 White/Blarney
Asics x Hidden NY Gel-DS Trainer 14 White/Blarney
The GEL-DS TRAINER⢠14 harmonizes key design elements from the late 2000s with comfort and versatility for everyday scenarios. Distinguishing features on the upper include the shoe's iconic quarter-panel design and open mesh paneling. These details give the shoe a dynamic aesthetic that's representative of running models from this era. The tooling shape's features a sleeker construction that's met with comfortable cushioning properties. Its lightweight design is also paired with a TRUSSTIC⢠support unit for stability and rearfoot GEL⢠technology for impact absorption.
Original: $208.08
-70%$208.08
$62.42Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The GEL-DS TRAINER⢠14 harmonizes key design elements from the late 2000s with comfort and versatility for everyday scenarios. Distinguishing features on the upper include the shoe's iconic quarter-panel design and open mesh paneling. These details give the shoe a dynamic aesthetic that's representative of running models from this era. The tooling shape's features a sleeker construction that's met with comfortable cushioning properties. Its lightweight design is also paired with a TRUSSTIC⢠support unit for stability and rearfoot GEL⢠technology for impact absorption.





















