We design with you in mind
We’ve traveled all over the world and talked with thousands of runners to understand what runners want on the run. We call these findings “runner insights.”
In our lab, we study biomechanics —?the way the human body moves on the run. We call these findings “science insights”. These insights bring some pretty incredible gear to life.
Superheader:
Title : We design with you in mind
Body : We’ve traveled all over the world and talked with thousands of runners to understand what runners want on the run. We call these findings “runner insights.”
In our lab, we study biomechanics —?the way the human body moves on the run. We call these findings “science insights”. These insights bring some pretty incredible gear to life.
CTA1 Title :
CTA2 Title :
We test the prototype in the lab
After thousands of runner interviews, we create and test shoe designs based on four principles: Fit, Feel, Ride, and Biomechanics.
Superheader:
Title : First, we test the prototype in the lab
Body : After thousands of runner interviews, we create and test shoe designs based on four principles: Fit, Feel, Ride, and Biomechanics.
CTA1 Title :
CTA2 Title :
Machine testing
Our full mechanical lab tests every part of the shoes. We’re testing for things like energy return with an impact tester, flexibility to see how smoothly they move with the foot from heel-strike to toe-off, and durability over the course of 1,500 miles.
Treadmill testing
When we hook runners up to our treadmills in our lab, we’re looking at everything from exact toe movements and foot strikes to changes in stride over the duration of a run. This running science data helps us to understand the body in motion from every angle.
