As Specialized celebrates its 50th Anniversary, they continue to drive innovation that inspires riders worldwide, setting their sights on the next 50 years of advancements. The S-Works Evade 3 Forward 50 LTD, the most aerodynamic road cycling helmet in the peloton, exemplifies this commitment to progressing cycling technology and enhancing rider experience. Adorned with a stunning graphic, this helmet is a testament to their mission.
The gold accents symbolise Specialized's 50-year legacy and their unwavering dedication to improving lives through cycling. The pink pays homage to the historic Team Stumpjumper, reflecting a rebellious, competitive spirit. With a limited supply available globally, these helmets embody the "innovate or die" ethos that has driven Specialized for half a century and continues to propel them forward.
Reengineered from the inside out, the S-Works Evade 3 is designed to enhance cooling, making it the fastest choice for various stages. Utilising extensive Computational Fluid Dynamics and Win Tunnel testing, a rear “diffuser” was created to minimise drag and improve ventilation. This diffuser optimises aerodynamic performance by allowing air to escape more efficiently and increases ventilation by drawing 10% more air through the helmet at a given speed.
Key features include the Occipital Base Adjustment for personalised comfort and fit, adjustable helmet angle for glasses compatibility, and an adjustable Tri-Fix web system with thinner 10mm webbing to reduce strap noise. The MIPS Node Air technology is integrated into the helmet padding, offering a lightweight, breathable solution designed to dissipate rotational forces.
Additional enhancements include enlarged front vents for increased airflow, a rear diffuser for combined aerodynamic and ventilation benefits, and MIPS Air Node for maximum ventilation. The adjustable Tri-Fix web splitter ensures personalised comfort, while the precision full-wrap polycarbonate shell provides durability and a premium finish. The dual-density optimised EPS foam further enhances safety and performance.