SALE - 24 %
Asics
Trail Scout 3 M
The i-Run team says
Combine performance and ecology during your trail sessions with the adidas Terrex Two Ultra shoe for women. Its design, made from recycled materials, makes it a formidable ally for you and the environment. The midsole is equipped with Boost technology capable of absorbing shocks. Moreover, it offers dynamic energy return that propels you forward during your effort. A Primeknit mesh upper allows air to circulate freely, providing you with a continuous source of freshness. The whole structure adjusts perfectly to your foot and offers precise support for adventures in optimal conditions. The outsole features Continental rubber that accompanies you on every trail. It ensures 32% superior grip compared to normal for safe nature trails. Through the End Plastic Waste alliance, adidas contributes to developing manufacturing solutions that reduce land and marine environmental pollution from plastic waste. Key points of the adidas Terrex Two Ultra shoe: - Boost: cushioning and energy return - Primeknit upper: breathability, fit, and support - Outsole with Continental rubber: grip - Removable insole - End Plastic Waste: ecology - Drop: 6 mm - Weight observed at i-Run: 295 g in size 40 - Colors: blue, dark blue, light green, orange, purple, and white Explore women's trail shoes from Adidas Terrex and find the pair that will allow you to tackle the toughest trails!
Technologies
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Continental
A process composed of rubber for better grip, better traction, and suitability in all weather conditions. The grip is improved by 30%.
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Boost
Thousands of special energy capsules are injected together into a midsole to revolutionize the way of running. The Boost technology has been designed to highlight superior energy return and extreme cushioning flexibility. This material is three times more durable than standard EVA and remains effective at temperatures ranging from -20°C to +40°C.
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End plastic Waste
Product created from production waste, such as fabric scraps and treated household waste, to reduce the environmental impact of producing virgin materials.
