Features
Notes: ASICS shoes are a small fit, we recommend purchasing a size larger than usual.
Use: running
SPECIFICATIONS:
- Stride: Universal
- Drop: 10 mm
- Surfaces: Road
- Support, cushioning and durability
- Weight: 289 g (per shoe)
TECHNOLOGY:
- AmpliFoam
- Gel Cushioning System
- Gel Technology
- OrthoLite
UPPER:
- Low-rise
- Composition: synthetic fibres
- Great stability and efficiency
- Excellent breathability
- Outer heel shell for increased support and durability
- Reflective details for visibility
- Comfortable fit
- Classic laces
INSOLE:
- OrthoLite sole for optimal cushioning
- Moisture wicking and breathability
- Extremely comfortable
MIDSOLE:
- AmpliFoam™
- Reinforcements on the front and back for shock absorption
OUTSOLE:
- Full contact sole
- Gel™ Technology insert on the back of the foot for shock absorption
- Grip and resistance
- Supple groove under the sole: helps adopt a more efficient gait
- Transforms energy upon ground contact in the push-off phase
More info
TECHNOLOGY:
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ORTHOLITE®: Engineered from open cell polyurethane, Ortholite soles retain 95% of their cushioning after one year of use, whereas ordinary soles lose 70% of their cushioning over the same time period. The Ortholite sole is lightweight and breathable. The air circulates, to help evacuate heat and moisture to keep the feet dry. The environmentally-friendly biocide treatment is antimicrobial and creates a healthier environment for the feet. The benefits of Ortholite® open-pore technology:
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AmpliFoam: Midsole that increases flexibility and comfort with fewer overlapping parts for an improved fit and performance.
GEL® CUSHIONING SYSTEM: Absorbs shocks during impact and toe-off phases, through this high performance Gel system, letting you push as hard at the end of you workouts as you do at the start.
Gel™ Technology: Iconic shock absorption technology used by Asics since 1986. The Gel™ cushioning helps protect shocks from impact to reduce muscle fatigue. Made of wear-resistant silicone, the Gel™ pads are placed under the heel, under the big toe joint and under the toes. These are areas where the vertical load is higher on impact and push-off.