PROTECTION THAT MOVES WITH YOU: THE NEW FLOW-XTG PROTECTOR FROM iXS The Flow XTG mountain bike protector uses our proprietary Hex-Cell shock absorption technology, which effectively absorbs impact energy while remaining lightweight and flexible. Perfect for anyone looking for maximum comfort and safety on their rides without having to compromise. How does the Hex-Cell technology work? Hex-Cell technology uses a cell structure of preformed hexagons (hexagons) that absorb frontal impacts and provide an ergonomic fit around the knee joint through lateral flexibility.The flat protectors adapt to the contours of your body with every movement and offer optimum protection without restricting your freedom of movement. The Flow XTG protector is the ideal knee pad for cross-country, trail and all-mountain. In cross-country, where speed and efficiency are important, it excels with its low weight. In variable trail riding, it does not restrict freedom of movement, but provides the necessary safety in technical passages. For all-mountain riders who combine long climbs and extreme descents, the Flow XTG knee pad provides optimum impact protection with minimal weight. This increases comfort, especially on long rides. Hex-Cell protection offers the lowest profile, most ventilated and flexible protection in iXS catalogue. Hex-Cell technology utilizes molded Hexagonal cell structures which both absorb impacts and allow for contraction and expansion. This enables the low profile protectors to move with the contours of the body as it moves, while maintaining a position of optimal protection without hindering movement.Flow XTG protectors combine the ultimate flexibility, without compromising impact protection, in a highly breathable, comfortable and easy-to-wear package, giving the impression that you're not wearing anything at all. HexCell, hexagonal 3D energy absorbent technology Ventilated and ergonomically designed to perform best comfort and protection Lycra mesh - light, moisture wicking, breathable, Anti-bacterial Silicone stopper EN1621-1:2012 L1
