Buy it now and receive it between 24 Sep and 25 Sep with Entrega a Domicilio
Asics Gel-Kayano 32 Shoes: Maximum stability, smoothness, and support
The Asics Gel-Kayano 32 represent the pinnacle in supportive running shoes, designed to offer a balanced, cushioned run with great support. Ideal for long asphalt trainings, they incorporate the latest in adaptive stability and advanced comfort.
- Surface: Asphalt
- Shoe type: Support
- Use: Training
- Weight: 300 g
- Drop: 8 mm
- Cushioning: FF BLAST PLUS + PureGEL
A new era in stability for daily running
The Asics Gel-Kayano 32 are the ultimate solution for runners seeking maximum support and comfort on asphalt. Thanks to its renewed midsole and 4D GUIDANCE SYSTEM stride control, this model offers intelligent stability that adapts to the runner's pace, weight, and stride. Perfect for those who train long distances or tend to overpronate.
Midsole with intelligent and reactive cushioning
The combination of FF BLAST PLUS foam with PureGEL in the rearfoot provides a smooth, reactive, and cushioned stride. The new design elevates the midsole without adding weight, offering a perfect balance between comfort, protection, and performance.
Comfortable, breathable upper with great support
The lightweight technical mesh promotes constant ventilation and eliminates the need for heavy reinforcements. The knit tongue at the heel and OrthoLite X-55 insole provide a comfortable fit, ease of wear, and interior moisture control.
Dynamic stability for every stride
Thanks to the 4D GUIDANCE SYSTEM, the shoe intuitively detects and responds to overload during the stride, adapting to provide additional support when needed most. This system enhances overall balance and reduces effort over long distances.
Secure traction and optimized durability
The HYBRID ASICSGRIP sole combines the durability of AHARPLUS with the advanced traction of ASICSGRIP, providing solid grip in various asphalt conditions and extending the footwear's lifespan. Additionally, its reflective details improve visibility in low-light conditions.