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Cycling Speed & Pace Calculator

Analyze your cycling pacing metrics. Convert distance and elapsed duration to average speed, pace per kilometer, and estimated aerodynamic resistance.

Configure Cycling Metrics

Input your covered distance and workout duration to compute average speed, pace, and relative drag indices.

Hours
Minutes
Seconds

Related Blog Guides

Biophysics of Cycling Speed and Aerodynamic Power

On flat roads, the primary force resisting cycling speed is aerodynamic drag. The power required to overcome drag increases in proportion to the cube of your velocity (Power ∝ Velocity³). This means going slightly faster requires significantly more effort. Mechanical efficiency is also dictated by tire rolling resistance and drivetrain friction. Maintaining an optimal pedaling cadence of 80 to 95 RPM reduces torque demand on your knee joints, shifting the physical burden from skeletal muscle fibers to the highly efficient oxidative cardiovascular system.

Frequently Asked Questions

Disclaimer: Speed projections are mathematical models. Topography, wind direction, rider weight, and tire pressure will cause variations in actual power requirements. Full disclaimer →