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Women's Asics GEL-RESOLUTION 9 Tennis Shoes - Lightweight Stability Court Sneakers for Women | Perfect for Tennis, Pickleball & Casual Wear
Women's Asics GEL-RESOLUTION 9 Tennis Shoes - Lightweight Stability Court Sneakers for Women | Perfect for Tennis, Pickleball & Casual Wear

Women's Asics GEL-RESOLUTION 9 Tennis Shoes - Lightweight Stability Court Sneakers for Women | Perfect for Tennis, Pickleball & Casual Wear

$104.49 $189.99 -45%
Size:6
6
6.5
7
7.5
8
8.5
9
9.5
10
10.5
11
Color:Pearl Pink / Sun Coral
Pearl Pink / Sun Coral

Delivery & Return:Free shipping on all orders over $50

Estimated Delivery:7-15 days international

People:26 people viewing this product right now!

Easy Returns:Enjoy hassle-free returns within 30 days!

Payment:Secure checkout

SKU:30478295

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Product Description

Women's Asics GEL-RESOLUTION 9 - City Park Runners

The GEL-RESOLUTION™ 9 tennis shoe creates advanced stability and cushioning for players who like to control the game from the baseline.

DYNAWALL™ technology in the midsole now extends into the heel for added stability during lateral movements. It's a functional feature that's effective when you're running covering both sides of the baseline.​

DYNAWRAP™ technology in the eyestay has been strategically redesigned to apply pressure when extra support is needed. This allows you to experience a locked-in feel when you're making quick transitions.​

Lastly, the full-length outsole and separated heel help produce a more stable landing for quicker recoveries in between shots.


  • PGUARD™ toe protector improves durability
  • DYNAWRAP™ technology improves stability
  • DYNAFIT™ upper improves flexibility
  • AHARPLUS™ outsole rubber improves durability
  • Rearfoot and forefoot GEL® technology improves impact absorption and creates a softer feeling at footstrike
  • DYNAWALL™ technology improves stability
  • Separated outsole design helps produce more stable landings
  • The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology

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