Cdx high performance discover gates cdx high performance product line of premium sprockets belts and cranksets.
Gates carbon drive bicycle calculator.
What about comparing one bike to another to tweak your ratio perfectly.
Created by gates corporation a global leader in belt drive technologies gates carbon drive is the best high mileage bicycle drive on the market.
This app is designed to help your bike find its true belt drive potential.
There s no doubt that gates carbon belt drive is an excellent drivetrain solution for long distance touring bikes.
Chainstay mm advanced options tire size.
Gates carbon drive system is offered on over 400 amazing bike models across leading brands and in many styles.
So whether you want a reliable road bike a rugged mountain bike or a graceful touring bike many of the world s top bike brands sport the gates carbon drive system.
Just pluck the belt like a guitar string and the meter will take a reading and provide an accurate tension measurement using your phone s microphone.
Development is expressed in meters.
Want to know what belt lengths or sprocket sizes will fit your ride.
Convenient concise and accurate that s what gates carbon drive mobile app is all about.
Gates carbondrive bicycle calculator 2014 the gates corporation.
I ve got a belt drive touring bike and a belt drive tandem sitting in my garage which both have 30 000km on their original belts.
Whether you re an urban commuter rugged mountain biker ebike rider or casual cruiser gates carbon drive has a solution.
Gates carbon drive is the high tech belt drive offering for bicycles.
Gates carbon drive mobile app.
With our calculator and.
Front chainring teeth rear cog teeth gear ratio.
Gates carbon drive bicycle calculator get your design guide here.
Interested in key parameters of your drive like speed ratio or center distance.
To put that into perspective a standard derailleur drivetrain will rarely shift well after 10 000km.
Development is the distance traveled by the bicycle over one complete revolution of the crank.
The final drive multiplied by the diameter of the rear wheel.
This calculation is useful when trying to identify an equivalent final drive for a bicycle with a different wheel size.
Carbon belt drive has been developed over the last 30 years.