Tyler - Sneaker - White I PRE-ORDER
This product is scheduled to be shipped in January 2021.
Designed to be a perfect combination of a sport and leisure but with feisty embroideries! Plus, the inside has more features than most sports shoes:
- Lycra lining with foam and Outlast® (NASA certified space technology) in the upper hugs your entire foot and ensures sweatless, friction-free softness with each step.
- Over ½ inch of supportive, shock-absorbing, anti-bacterial foam plus Outlast® (NASA certified space technology) under your feet ensures sweatless all-day wear.
- With the non-slip, lightweight rubber outsole, you’ll get the maximum support that you never expected from such a classic lace-up sneaker.
Shoe height: ¾ inch (20mm)
Upper: Microfiber (Eco-friendly, low on DMF)
Upper Lining: Lycra with foam and Outlast® temperature regulating technology
Cushion: Ortholite® EcoLT (Eco-friendly with recycled rubber) + eva foam
Sock lining: Microfiber (Eco-friendly, low on DMF) and Outlast® temperature regulating technology
Wrap: Jute rope (Eco-friendly)
Outsole: Recycled Rubber
|Maximum support: OrthoLite® EcoLT™ insoles||Temperature control with Outlast® (NASA Certified Space Technology)|
|No Animals Harmed||Non-slip Bottoms|
What is our insole technology?
OrthoLite’s advanced proprietary polyurethane formula with recycled rubber content delivers a combination of benefits unmatched by any other insole manufacturer.
Unlike traditional foam technologies, OrthoLite’s compression set is less than 5% over time, so the cushioning and fit never changes, providing maximum comfort – use after use.
Ortholite foams are lightweight, enhancing performance with airy comfort that enables day-in, day-out breathability.
The unique open-cell structure of OrthoLite insoles creates a moisture management system, helping to move moisture away from the foot to provide a cooler, drier, healthier shoe environment.
OrthoLite’s open-cell PU foam is 95% to 100% breathable, allowing air to circulate in and around the insole, keeping the foot cooler inside the shoe.