How the power of wind supports us to build the future of cycling speedwear. Our three-step wind tunnel testing process is where aerodynamic innovation meets precision engineering.
FABRIC TESTING
How we find the most aerodynamic fabrics to build our speedwear. Testing every fabric head-to-head on a cylinder.
DUMMY TESTING
How we put our speedwear prototypes to the test with the help of 3D-printed cycling mannequins. Evaluating the aerodynamics of every prototype.
ATHLETE TESTING
How we gain final insights on the best prototype for each athlete. By placing cyclists in the wind tunnel, we adjust for optimal race performance.
FABRIC TESTING
In order for our ProtoLab to start creating a top-notch prototype, we need to identify the fastest fabrics. In this first stage of wind tunnel testing, we put a sleeve of fabric on a static cylinder to evaluate its aerodynamic properties.
MEET THE CYLINDER
The cylinder is key when it comes to fabric testing. This static form eliminates variables, allowing us to isolate and measure the pure aerodynamic properties of each material. Its round shape mirrors less aerodynamic parts of a cyclist’s body, such as the upper arms.
ADAPTIVE AIRFLOW
With a maximum wind speed of over 80km/h, we can adapt the airflow of each test run to find the best fabric composition for the different types of courses. The airflow on a flat course is much higher than on a hilly course and we therefore need to test at a higher wind speed.
AERO FABRICS
As we work in close collaboration with our fabric suppliers, the fastest fabrics go head-to-head in our cylinder tests. Our engineers analyze vast amounts of data, identifying materials that offer the perfect synergy of aerodynamic efficiency and performance comfort.
DUMMY TESTING
In cooperation with FES and Team Belgium, we are able to test with 3D-printed mannequins precisely replicating the physics of Remco Evenepoel, Wout van Aert, Lotte Kopecky, and Tony Martin.
ATHLETE TESTING
Our wind tunnel transforms into a high-tech racing laboratory as elite cyclists put prototypes to the test. This crucial phase allows us to fine-tune fitting and optimize aerodynamics to find the perfect suit for each individual rider.
