Specialized’s in-house wind tunnel – an industry firstJames Huang/Future Publishing
The first public look inside Specialized’s own wind tunnelJames Huang/Future Publishing
Specialized built its own wind tunnel in Morgan Hill, CaliforniaJames Huang/Future Publishing
Specialized uses on-bike instrumentation to collect data outdoors and on velodromesJames Huang/Future Publishing
The on-bike ‘data acquisition system’ records a rider’s power, wind speed, wind angle and more for real-time drag dataJames Huang/Future Publishing
With the on-bike ‘data acquisition system’, Specialized can compare real-world data to wind tunnel data, and vice versaJames Huang/Future Publishing
This box collects live data and sends it to engineersJames Huang/Future Publishing
A wind sensor on the front of a Shiv measures wind speed and wind directionJames Huang/Future Publishing
Helmets can be tested with riders or dummies in the wind tunnelJames Huang/Future Publishing
Specialized began work on the wind tunnel a few months agoCourtesy
The wind tunnel was built across the street from Specialized’s global headquarters in Morgan Hill, CaliforniaCourtesy
Six massive fans drive the tunnelCourtesy
An inside look at a fanCourtesy
Specialized has been using its ‘DAQ’ data acquisition box with its pro athletesCourtesy
Wind tunnel data is one thing, but pedaling hard at race pace is another. Specialized uses information from bothCourtesy
Specialized intends to test all types of bikes in its new tunnelCourtesy
The aero team (L-R): Yu, Cote, Teixeira and D’AlusioCourtesy
The modern tunnel can house a number of bikes and ridersCourtesy
With its wind tunnel, Specialized can test riders in an echelon, among other thingsCourtesy
Not your typical warehouse equipmentCourtesy
Specialized loves racing. And it won the race to be first bike manufacturer with its own wind tunnelCourtesy
The inlet end of Specialized’s new in-house wind tunnel features an expansive stainless steel, honeycomb-type mesh that smoothes out the airflowJames Huang/Future Publishing
Air is allowed to pass underneath the measurement platform. The turntable housing has a teardrop cross-sectionJames Huang/Future Publishing
Rather than use one giant custom-made fan, Specialized instead opted for six off-the-shelf fans for easier serviceabilityJames Huang/Future Publishing
According to Specialized aerodynamicist Chris Yu, the company’s new wind tunnel is specifically designed for the lower forces and speeds seen in cycling, unlike most wind tunnels that are optimized for aerospace or automotive applicationsJames Huang/Future Publishing
Of course, the measurement platform can be rotated as needed to simulate different wind anglesJames Huang/Future Publishing
Wood or stainless steel could easily have gotten the job done just as well – but this is way coolerJames Huang/Future Publishing