Inov-8 Women’s RocFly G 390 Shoes

<p>With the RocFly G 390, Inov-8 transfers the outstanding properties of the miracle material Graphene to the midsole of a hiking shoe. A new, reactive, lightweight and very comfortable hiker for a new level of performance on your long-distance hiking and speed-hiking projects!</p><p>The award-winning, revolutionary Graphene material not only improves the abrasion resistance of the outsole but is now also used in the cushioning material of the midsole. It is called G-Fly™ Graphene-enhanced foam – a cushioning foam that is significantly more durable than traditional materials and allows for a higher level of energy return at a lower weight. The RocFly G 390 supports you on your daily stages with a longer-lasting, fresh, dynamic feeling for more efficient and faster progress.</p><p>The new, stable sole is also optimised in rolling behaviour, effectively defusing rough trails: The system with a 10 mm deep Adapter-Flex™ groove is sufficiently flexible to adapt to unevenness and allows you to react quickly securely to the ground. The natural mobility of your feet is optimally taken into account.</p><p>The RocFly G 390 also shows that Inov-8 has thought of a perfect symbiosis of the sole and upper material. The seamless, sock-like construction with the softly cushioning mesh tongue offers no pressure points and combines the best breathability with the necessary robustness and stability. After all, the sole should not be left alone after intensive use.</p><p>Note: The outsole is delivered with a protective silicone layer that “wears off” over the first few kilometres – only then is the full grip of the rubber compound available.</p><p><span style=”font-weight: bold;”>Graphene:&nbsp;</span></p><p>The production of the ultra-thin carbon material was awarded the Nobel Prize for Physics. This gives an idea of the potential attributed to the new, technical substance. The two-dimensionally constructed miracle material, which is only one atom diameter “thick”, can withstand extreme tensile stresses and is flexible and stretchable at the same time. Among many other technical applications, it can significantly improve the abrasion resistance of rubber outsoles.</p>