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Run with balance: ASICS GT-2000 14 TOKYO Women
The ASICS GT-2000 14 TOKYO for women are designed for runners seeking a combination of stable support, soft cushioning, and energetic propulsion. Ideal for daily asphalt training and adapted to multiple distances, they offer stability without compromising lightness.
- Surface: Asphalt
- Shoe type: Support
- Usage: Training
- Weight: 240 g
- Cushioning: FF BLAST™ MAX and PureGEL™
- Pack: Tokyo
Smart support with energetic cushioning: ASICS GT-2000 14 TOKYO Women
With a design focused on balance and comfort, the GT-2000 14 TOKYO Women are perfect for runners who need a stable shoe without sacrificing energetic propulsion. Its lightweight construction and adaptive guidance system allow for safe running with every stride.
Cushioning with reactive return
The midsole is composed of FF BLAST™ MAX, a foam that offers cloud-like softness and excellent energy return. The trampoline-like design in the central sole enhances propulsion during take-off. PureGEL™ technology in the heel ensures better impact absorption.
Dynamic and controlled stability
The 3D GUIDANCE SYSTEM™ provides on-demand stability through specific platform geometry and controlled deformation. This adaptive support improves balance and alignment throughout the run.
Breathable upper and personalized fit
The upper is made with light and flexible woven mesh. The asymmetrical tongue structure helps keep the midfoot in place, reducing internal movement. Includes reflective details for increased visibility in low-light conditions.
Durable dual-compound sole
AHARPLUS™ rubber in the heel increases durability, while the AHAR™ LO compound enhances traction in strategic areas without adding unnecessary weight. All of this contributes to a stable and durable stride.
Commitment to sustainability
At least 50% of the upper is made with recycled content. Additionally, the OrthoLite™ X-30 insole is produced with a solution-dyeing process that reduces water usage and carbon emissions by 33% and 45% respectively, compared to traditional methods.