Asics Women's running shoes Gel Ds Trainer 24

Get into high gear with the ASICS GEL-DS trainer 24 women's running shoes, the perfect pair for runners who like to run at top speed. Designed to offer unparalleled support, they keep you on top of your game, whether you're competing or going for a morning run in the park.

The high-quality mesh upper combines with our underfoot support system that gently wraps around the foot to give you the comfort you need to perform at your best. And that's not all! The responsive, lightweight FlyteFoam midsole provides extra support to make you feel like you're running on cloud nine.

The dual-density Duomax midsole and EVA-reinforced Trusstic system enhance the stability of this shoe and keep the foot in its natural axis of movement - ideal if your feet tend to roll inward. The outsole incorporates the ultra abrasion resistant rubber ASICS, a tough composite used in the most heavily used contact areas, to create a durable shoe that will last you for years.

Your perspiration is under control with these running shoes featuring a breathable mesh upper that wicks moisture and keeps your feet cool while you shatter your personal best. The GEL-DS trainer 24 is the perfect shoe for sprinters, giving you the comfort and support you need to go out and take first place.

• FlyteFoam Lyte midsole
• High quality mesh upper
• Underlay support system for added stability
• Reinforced EVA Trusstic
• EVA insole
• Duomax midsole
• Lightweight cushioning
• AHAR rubber outsole

Pronation is a natural movement of the human body that refers to the way your foot rolls inward to distribute the impact as it lands on the ground. Understanding your pronation type can help you find a comfortable running shoe. The GEL-DS TRAINER 24 was designed for Surpronation.

Overpronation

• Foot Type

  Low arch and flat foot

• Propulsion

  The big toe and second toe do most of the work.

• Points of impact with the ground

  The foot lands on the outside of the heel, then rolls inward too much (pronation), which transfers weight to the inside rather than the arch.