Buy it now and receive it between 25 Jun and 26 Jun with InPost
Asics GT-2000 14: stability, smoothness, and control in every stride
The Asics GT-2000 14 are designed to offer balanced support and advanced cushioning with PureGEL™ and FF BLAST™ MAX technologies. An ideal choice for runners seeking comfort and control during their daily asphalt training sessions.
- Surface: Asphalt
- Shoe type: Support and Stability
- Use: Training
- Weight: 270g
- Drop: 8mm
- Cushioning: PureGEL™ and FF BLAST™ MAX
Technical Features
The Asics GT-2000 14 have been designed to accompany you in your most demanding training sessions with a perfect balance between stability, lightness, and softness. They incorporate advanced technologies that enhance comfort with every impact, ideal for both neutral runners and those seeking greater support.
Intelligent stability for a natural stride
Thanks to its 3D GUIDANCE SYSTEM technology, this shoe guides foot movement and provides precise support that enhances stability and facilitates a natural transition during running.
High-performance dual cushioning
The strategically placed PureGEL™ system absorbs impacts to reduce joint pressure, while the FF BLAST™ MAX foam provides a smooth, stable, and energizing stride, even on harder surfaces.
Technical upper with maximum comfort
The upper is made with technical fabric that improves ventilation and fits comfortably to the foot. The inclusion of the OrthoLite™ X-30 insole allows easy foot insertion and enhances the overall comfort sensation.
Sole designed for durability and performance
Incorporates AHARPLUS™ rubber in the heel for greater resistance and a low-hardness AHAR sole to improve traction and reduce wear. Additionally, its design provides stable cushioning with a “trampoline” effect.
Sustainability in every step
The upper contains at least 61% recycled materials. Water consumption and carbon emissions have also been reduced during the manufacturing of key components such as the insole, toe cap, tongue, and collar lining. A commitment to responsible performance.