Asics Gel-Kayano 31 Shoes
Activate your mind with the adaptable stability and maximum comfort of the GEL-KAYANO 31 shoe. The 4D GUIDANCE SYSTEM provides adaptable stability with which you'll enjoy a stride with greater support and balance during long-distance training.
- Surface: Asphalt
- Shoe Type: Support and Stability
- Use: Training
- Weight: 305 g/10.7 oz
- Midsole Height: 40/30mm
- Drop: 10 mm
- Cushioning: FF BLAST PLUS ECO and PureGEL
Run with Comfort and Stability with the Asics Gel-Kayano 31
The Asics Gel-Kayano 31 shoes are designed to offer adaptable stability and supreme comfort, ideal for your long-distance training. With the 4D GUIDANCE SYSTEM and advanced cushioning, each step feels secure and smooth.
Midsole and Superior Cushioning
The midsole of the Gel-Kayano 31 incorporates FF BLAST PLUS ECO technology, made with approximately 20% bio-based content, offering exceptional cushioning that makes you feel like you're walking on clouds. Additionally, the PureGEL technology in the rearfoot provides lightweight cushioning and smoother landings.
Innovative Stability System
The 4D GUIDANCE SYSTEM is key to providing adaptable stability and perfect balance in each stride. This system ensures you can enjoy a run with greater support and stability, adapting to your pronation needs.
Upper Details for Maximum Comfort
The technical mesh upper of these shoes allows for greater ventilation, keeping your feet cool during the most intense workouts. Additionally, the knit adjustment strap in the heel makes it easy to put on and take off the shoe, adding practicality to its design.
Sole with Enhanced Grip
The sole features HYBRID ASICSGRIP technology, improving grip on different surfaces to ensure traction and stability in every step. Reflective details are designed to improve visibility, offering additional safety during your nighttime or low-light runs.
Commitment to Sustainability
The OrthoLite X-55 insoles not only provide superior comfort but are also made through a solution-dyeing process that reduces water consumption by approximately 33% and carbon emissions by approximately 45% compared to conventional dyeing technology.