Men's modular sneaker combining an ultra-breathable, waterproof and cushioned design with excellent grip, outstanding durability and maximum comfort, even in bad weather.
Modual ABX is unique: the epitome of technological research, it's designed for any situation, boasting extraordinary performance and comfort, even on rainy days. With a waterproof upper crafted in brown leather and fabric with colour-contrast details, it has a contemporary design that makes it easy to style with everyday casual and off-duty looks.
The extremely breathable and cushioned design features a high-tech removable sock liner that uses the Inner Breathing System and waterproof Amphibiox technology for unparalleled comfort. The high-performance credentials of the Modual ABX mid-cut sneaker don't end when the rain comes thanks to the innovative sock liner, which fastens via a practical attachment system on both sides of the shoe. This ultra-breathable sneaker is also perfect for hot, sunny days when worn without the waterproof, removable sock liner. The rubber outsole is durable with excellent grip, while the practical and hygienic removable footbed is lined in leather to ensure feet feel dry all day long.
Amphibiox features advanced waterproof technology from the world of professional outdoor wear hidden in the form of a fashionable shoe. Be ready for everything the city throws at you, with Amphibiox, the perfect footwear choice for any condition.
Amphibiox is top of the range in terms of Geox’s waterproof products. It stands out from other waterproof shoes by employing the use of Geox’s pioneering waterproof and breathable sole, pairing it with a series of innovative technologies (including some of Geox’s own patents) on the upper, in order to achieve durable water resistance and breathability.
The special Amphibiox membrane protects against rain, mud and snow, leaving your foot completely dry. The high breathability helps with natural internal temperature regulation, removing moisture from the shoe and guaranteeing freshness or warmth depending on the external temperature.