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Cycling Calculator

Speed, pace, and calories burned — plus common ride distances at your pace

Enter a ride's distance, time, and your weight to get speed, pace, and calories burned.

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km/h
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mph
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min/km
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min/mi
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calories burned
How this works: Calories use a MET (metabolic equivalent) estimate that scales with your average speed — faster riding burns more per hour. This is a general estimate, not a substitute for a power-meter or heart-rate-based reading.
DistanceTime at this pace

How this works

Speed and pace convert between km/h, mph, and minutes-per-kilometre or minutes-per-mile, so however your bike computer or GPS app reports your ride, you can compare it against the units you think in.

Calories burned use a MET (metabolic equivalent) estimate that scales with your average riding speed — faster, more intense riding burns more calories per hour than a gentle pace, and the estimate factors in your body weight along with speed.

A common-distance time table shows your estimated finish time across standard distances, from a 10K up to a full Century (100 miles/160km), based on the pace you've entered — useful for planning a route or setting a target pace ahead of an event.

FAQ

How accurate is the calorie estimate?

It's a general MET-based estimate that scales with your speed and body weight, not a substitute for a power-meter or heart-rate-based reading. Actual calorie burn varies with terrain, wind, fitness level, and riding position.

What units does the speed converter support?

km/h, mph, and pace in minutes per kilometre or minutes per mile — enter any one and the others convert automatically.

What is the common-distance time table for?

It projects your estimated finish time across standard distances (like 10K, half-century, and Century) based on your entered pace, which is useful for planning a route or setting a target time before an event.

Does the calculator account for hills or wind?

No — the speed, pace, and calorie figures are based on your entered average speed and weight alone, not terrain or conditions. Treat the results as a flat-road estimate.