Welcome to Education by Design's Online store. We have brought to you a selection of products like Shoes : ASICS Women's Gel DS Trainer 13 along with it's reviews, pictures and related products. All sales from these pages goes towards the creation and maintenance of our educational online activities, articles and resources. We have over 40,000 online stories submitted by kids around the world.

ASICS Women's Gel DS Trainer 13

Normal Price:$99.99
Our Price:
Click on the "Buy from Amazon" button for variations on size and color. This item may also be only available as used or new through a 3rd party reseller or is out of stock.

Availability:

... For more information or Buy from Amazon.com ...

Manufacturer: ASICS
Binding: Apparel
Publisher: ASICS
Label: ASICS

NEW!!

Enjoy drawing this product with our drawing board.

Drawing Activity for this product

Features for ASICS Women's Gel DS Trainer 13:

Midsole Material: Solyte--Lighter than ASICS' standard EVA and SpEVA®, combined with improved cushioning and durability.
Cushioning Technology: GEL® Cushioning System--GEL® cushioning system offers enhanced stability and shock absorption.
Cushioning Technology: GEL® Cushioning System--GEL® cushioning system offers enhanced stability and shock absorption.
Recommended Fit: These shoes run True to Size.

Small Picture
Medium Picture

Editorial Review

Known for its supportive and responsive ride, this lightweight trainer features the gait benefits of ASICS® IGS® - Impact Guidance System, an enhanced Biomorphic Fit System with the addition of Asymmetrical Upper Design, and a Solyte® Midsole. Weight: 7.6 oz.

Impact Guidance System (I.G.S.®) - Linked componentry that enhances the foots natural gait from heel strike to toe-off

SolyteTM Midsole Material - Lighter than ASICS standard EVA and SpEVA®, combined with improved cushioning and durability

Biomorphic Fit Upper - Provides a superior fit and function

Space Trusstic SystemTM - An advanced system that creates a pocket between the Trusstic System® device and the midsole, allowing for greater midsole deformation and more efficient foot function