Experience effortless hiking with the SpeedARC Matis, featuring the innovative SpeedARC™ midsole system for unmatched cushioning and energy return. Crafted with a breathable upper and sustainable materials, these sneakers ensure comfort during long treks. The Vibram® Megagrip outsole offers stellar traction on various terrains, making them ideal for both rugged trails and city streets. With their advanced technology and eco-friendly construction, these shoes redefine outdoor exploration and everyday style.
From the brand: Driven by the groundbreaking SpeedARC™ midsole system, the SpeedARC Matis revolutionizes the way you hike, delivering advanced cushioning and unmatched energy return for a hiking sneaker that's so effortless, it's limitless.
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speedARC™ midsole system
The SpeedARC™ midsole system is a breakthrough in trail technology, fusing dual FloatPro™ foam layers with nylon FlexPlate™ engineering to give you unrivaled comfort and unstoppable energy return.
floatpro™ foam cushioning
A dual-layered midsole system, powered by proprietary Float Pro™ foam cushioning, delivers comfort that refuses to quit-step after step, mile after mile.
flexplate™ technology
Lab-tested and trail-proven, the SpeedARC Matis's nylon FlexPlate™ technology places the pinnacle of propulsion at your feet so you can hike more and effort less.
vibram® megagrip outsole
The gold standard on any trail, the SpeedARC Matis comes equipped with a Vibram® Megagrip outsole, offering all-terrain control and superior grip from rugged trails to city streets.
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Breathable mesh and TPU upper
60% recycled laces
Padded collar
Molded TPU heel counter for security
100% recycled breathable mesh lining
100% recycled mesh footbed cover
Cleansport NXT™ treated for natural odor control
Removable EVA foam footbed
Lightweight FlexPlate™ technology provides torsional rigidity, lateral stability, and forefoot flexibility
FloatPro™ Foam two-part midsole for lightweight comfort that lasts
Vibram MegaGrip high performance rubber outsole features unparalleled grip on both dry and wet surfaces
