Female Cyclist Watts Per Kg at Adrianne Schwartz blog

Female Cyclist Watts Per Kg. For instance, climbers showed high relative. this ratio is calculated by dividing a rider’s power in watts by their weight in kilos (w/kg). the average trained male cyclist can typically sustain about 3.5 watts per kilogram for an hour, while the average female cyclist usually. Enter your weight and average. It’s expressed as watts of. cyclists in this study displayed different power records depending on their rider type. pro women at the top of the ranks can produce about 19 w/kg for 5 seconds; 9 w/kg for 1 minute; 6.5 w/kg for 5 minutes; Generally, untrained riders have an ftp below 2.0 w/kg for men and 1.5 w/kg for.

Watts Per Kilogram Calculator (Plus Comparison to Other Cyclists
from www.trainerroad.com

9 w/kg for 1 minute; Enter your weight and average. For instance, climbers showed high relative. 6.5 w/kg for 5 minutes; cyclists in this study displayed different power records depending on their rider type. pro women at the top of the ranks can produce about 19 w/kg for 5 seconds; Generally, untrained riders have an ftp below 2.0 w/kg for men and 1.5 w/kg for. It’s expressed as watts of. the average trained male cyclist can typically sustain about 3.5 watts per kilogram for an hour, while the average female cyclist usually. this ratio is calculated by dividing a rider’s power in watts by their weight in kilos (w/kg).

Watts Per Kilogram Calculator (Plus Comparison to Other Cyclists

Female Cyclist Watts Per Kg the average trained male cyclist can typically sustain about 3.5 watts per kilogram for an hour, while the average female cyclist usually. Enter your weight and average. 9 w/kg for 1 minute; the average trained male cyclist can typically sustain about 3.5 watts per kilogram for an hour, while the average female cyclist usually. cyclists in this study displayed different power records depending on their rider type. Generally, untrained riders have an ftp below 2.0 w/kg for men and 1.5 w/kg for. It’s expressed as watts of. 6.5 w/kg for 5 minutes; For instance, climbers showed high relative. this ratio is calculated by dividing a rider’s power in watts by their weight in kilos (w/kg). pro women at the top of the ranks can produce about 19 w/kg for 5 seconds;

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