Asics Men's GT-1000 10 - STORM BLUE/THUNDER BLUE

  • $149.00 SGD
  • $149.00 SGD
  • - $0.00 SGD

Specs

Surface
Road
Heel Drop
8 mm
Weight
277 g/9.8 oz
Support
 
Neutral, Stability

Cushion
 
Regular

Details

The 10th anniversary of the GT-1000™ running shoe takes a big step forward in what this model stands for. Designed for the runner with an active lifestyle, they're seeking a lightweight everyday trainer with excellent cushioning. The upper has been reimagined with a new engineered mesh that adjusts to your foot's natural shape while providing a comfortable midfoot hold. With the addition of an integrated support system, this application improves the heel fit and creates a more secure feel. Following a more sustainable design approach, this shoe also uses fewer resources to color the sockliner. Featuring a layer of GEL® technology cushioning in the heel to improve shock absorption, the shoe also integrates a FLYTEFOAM® midsole material that offers a softer and more supportive feeling at footstrike. Lastly, the DUOMAX® support system consists of a firmer density of foam placed on the medial side of the midsole to help reduce the foot's pronounced inward roll (overpronation) while improving stability.
Style #: 1011B001.406

Pronation

Designed For NeutralOverpronation

neutralPronation

Neutral

  • Foot Type

    Normal size arches
  • Push Off

    There is even distribution from the front of the foot.
  • Considered Injuries

    Less likely due to effective shock absorption, but neutral runners are not immune to injury.
  • How your foot contacts the ground

    The foot lands on outside of the heel, then rolls inward (pronates) to absorb shock and support body weight.
overPronation

Overpronation

  • Foot Type

    Low arches or flat feet
  • Push Off

    Big toe and second toe do majority of the work.
  • Considered Injuries

    Shin splints, plantar fasciitis, bunions, heel spurs.
  • How your foot contacts the ground

    The foot lands on outside of heel, then rolls inward (pronates) excessively, transferring weight to inner edge instead of ball of the foot.

Tech & Materials