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Tool: Cycling Pace Calculator — حاسبة مجانية عبر الإنترنت | HomeCalcPro | طُبع في:
Cycling Pace Calculator — حاسبة مجانية عبر الإنترنت | HomeCalcPro
حسابات دقيقة وفورية باستخدام الصيغ الرياضية القياسية لـ Cycling Pace Calculator.
Parameters & Body Metrics
Health & Fitness Targets
Evidence-BasedEnter your parameters above to compute your target metrics.
Cycling Speed & Aerodynamic Power Formula
Transparent mathematical methodology explained in plain English.
Average Speed = Distance / Time | Power (Watts) ≈ Rolling Resistance + Aerodynamic Drag (CdA × v^3)Calculates cycling velocity and models mechanical power output overcoming aerodynamic air resistance and rolling tire friction.
Variables Explained:
- Ride Distance (Miles / km): Total route distance.
- Ride Time (Hours & Minutes): Total moving time.
30-Mile Road Bike Ride Completed in 1 Hour 40 Minutes (100 Minutes)
Calculating average speed and calories burned.
- Average Speed: 30.0 / 1.667 = 18.00 MPH (28.97 km/h).
- Pace: 3.33 Minutes per Mile.
- Estimated Power Output: ~180–200 Watts.
- Estimated Calories Burned: ~1,050 kcal.
الأسئلة الشائعة (FAQ): Cycling Pace Calculator
Click any question below to expand quick answers, formulas, and expert tips.
What is a good average cycling speed for recreational vs enthusiast riders?
Recreational cyclists typically average 12–14 mph (19–23 km/h). Enthusiast road cyclists average 17–20 mph (27–32 km/h), while professional peloton riders average 25–28+ mph (40–45 km/h).
Why does aerodynamic drag dominate cycling power requirements?
At speeds above 15 mph, aerodynamic air resistance accounts for over 80% to 90% of total resistance, meaning doubling speed requires an eightfold increase in wattage.