Total Power – Measuring Cycling Wheel Performance
In cycling, the power you put into the pedals is measured in watts. Ideally, each watt is used to move […]
Read MoreFLO All Sport Series – The A2 Wind Tunnel Results
From an aerodynamic perspective, the wind tunnel is the the ultimate test of any product. When designing the FLO Gravel […]
Read MoreUnderstanding Being Aero & Watts For Cyclists
We commonly hear the phrase “be aero” in the cycling world, but what does it really mean? The quick answer, […]
Read MoreUnderstanding Rolling Resistance & Impedance For Cyclists
Rolling resistance is a hot topic in cycling. The truth is, rolling resistance matters for all cyclists regardless of whether […]
Read MoreWind Tunnel Results and Cycling Wheel Aerodynamics Tutorial
Introduction When we set out on our journey to design aerodynamic cycling wheels, we asked ourselves, “what makes a wheel […]
Read MoreCFD Post Processing, Beyond the Numbers: A Matthew N. Godo Interview
It’s not often you get the opportunity to sit down with a true expert in a field, someone who […]
Read MoreHow Speed, Time, and Power are Affected by Reducing Drag
Note: For an updated version of this blog article displaying the time savings for our new 2016 model wheels, […]
Read MoreThe Great Bike Wheel Debate – Aero vs. Weight
“What will save you more time?” Improving the aerodynamics or decreasing the weight of your wheel set? Jon and […]
Read MoreAero vs. Weight – Follow Up
We wrote a blog article at the end of January titled “The Great Debate – Aero vs. Weight.” To […]
Read MoreAero Wheel Tutorial
We are republishing some of our best blog content. After nearly three years of writing and roughly 150 articles, surely […]
Read MoreStudying Bike Tires Part 1, Logging Data
For a while now, I’ve wanted to study the aerodynamic performance of tires on the road. We’ve done a bit […]
Read MoreStudying Bike Tires Part 2, Elevation Data
I’ve learned a lot since I posted “Studying Tires Part 1, Logging Data.” I mentioned that I believed there […]
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