For the Romin Evo Pro Mirror Specialized started with the Body Geometry approach, then combining the revolutionary Mirror saddle technology, thus creating an unparalleled combination of performance and comfort. This saddle was designed for athletes who prefer an aggressive, performance-focused riding position, while at the same time preserving blood flow and soft tissue. The pressure at the points where it counts decreases by 26%.
PERFORMANCE AND COMFORT : The new Romin EVO Pro Mirror has the same 3D printed base as the S-Works Romin Evo Mirror, the hull instead is made of nylon and recycled carbon fibers and the springs are tubular titanium. The Romin EVO has been the favorite saddle of professional athletes for many seasons. Its elongated shape reduces pressure in aggressive, racing positions and allows riders to slide forward or backward to find the right mode for climbs or explosive efforts. Now, with Mirror technology, the pressure has been decreased by 26% compared to saddles with expanded foam padding, thanks to in-depth studies with pressure mapping. The base is made up of a matrix of 22,200 uprights and 10,700 nodes and creates a unique, concave structure, with the greatest Mirror thickness we have ever created. It is available in two widths, 143 and 155 mm.
BODY GEOMETRY AND MIRROR : We know that every body is different, but the issues faced in the saddle are the same for all cyclists – pain, numbness and the formation of scar tissue. With pressure mapping, blind comfort studies, Body Geometry saddles with Mirror not only promise to solve these problems for men and women – they've been proven to do so.
Unlike the expanded foam of traditional bases, Mirror technology allows for infinitesimal density calibration with a single material. Obviously every material is only as good as the designers and engineers are capable of using it. Thanks to Body Geometry technology, data collected with Retül, and decades of experience in the field, the 3D printed matrix is calibrated to provide support to the ischial tuberosities and divide the pressure over a larger area, creating a hammock effect that allows the saddle to support your weight, and do not overload the tissue around your sit bones.
DURABILITY AND SUSTAINABILITY : By using recycled carbon fibers for the shell, we prevent this carbon waste from ending up in landfill, and at the same time we manage to create a lightweight and resistant saddle. If we add light tubular titanium springs, we obtain a saddle weighing only 243 grams (size 143mm) also suitable for road or cross country races as well as being sufficiently resistant for trail or gravel use.
