Description
The GT-2000™ 14 TR shoe is designed to help provide a more energetic ride and a supportive running experience.
A trampoline-inspired forefoot pod is positioned on the medial side of the outsole. This helps produce better stability and a more balanced toe-off.
The midsole is updated with a FF BLAST™ MAX cushioning unit. Creating a more energized toe-off, this foam also offers cloud-like softness during the landing phase of your stride.
Lastly, the trail specific outsole design helps create better traction, improved softness, and advanced durability for mixed terrain.
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Woven mesh upper
Breathable material helps keep your feet dry
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Asymmetric tongue wing
A tongue feature that provides a comfortable and secure feel around the midfoot while reducing tongue movement.
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Trampoline-inspired outsole pod
Helps to improve stability during the toe-off stage of your stride
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3D GUIDANCE SYSTEM™
Adaptive, on-demand stability system achieved through platform geometry and controlled deformation.
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Rearfoot PureGEL™ technology
Softer, updated version of Asics’ GEL® technology. Approximately 65% softer vs standard GEL® technology.
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FF BLAST™ MAX cushioning
One of Asics’ most energetic midsole foams that’s complemented with cloud-like softness and a responsive energy return in each step.
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OrthoLite™ X-30 sockliner
Sockliner that provides cushioning performance and moisture management for a cooler, dryer environment.
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AHARPLUS™ heel plug rubber
ASICS’ pinnacle high abrasion resistant rubber located in the heel area that is approximately three times more durable than standard outsole rubbers.
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AHAR® LO outsole rubber
A lower-density rubber placed in key areas of the outsole for reliable grip and traction without sacrificing durability.
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Reflective details
Designed to help improve visibility in low-light settings
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Trail specific outsole for added grip
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At least 50% of the shoe’s main upper material is made with recycled content to reduce waste and carbon emissions
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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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