PowerPod vs crank-based power meters: Whats the benefit of choosing one over the other for riders focused on precision and accuracy in their training data, considering both systems have their own set of limitations and variations in measuring power output.
Specifically, how do the variations in wind resistance and rider position affect the accuracy of PowerPod, and are these compensated for by the systems algorithms or is this something users need to account for manually.
On the other hand, what are the potential drawbacks of crank-based systems in terms of durability and maintenance, particularly for riders who put in high mileage or participate in events that subject their bikes to harsh conditions.
Are there any differences in the data provided by each system that could impact training decisions, such as metrics for pedaling dynamics or torque, and do either system offer any advantages in terms of compatibility with different types of bikes or riding styles.
Ultimately, whats the deciding factor for choosing between PowerPod and crank-based power meters for riders who value precision and reliability in their training data.
Specifically, how do the variations in wind resistance and rider position affect the accuracy of PowerPod, and are these compensated for by the systems algorithms or is this something users need to account for manually.
On the other hand, what are the potential drawbacks of crank-based systems in terms of durability and maintenance, particularly for riders who put in high mileage or participate in events that subject their bikes to harsh conditions.
Are there any differences in the data provided by each system that could impact training decisions, such as metrics for pedaling dynamics or torque, and do either system offer any advantages in terms of compatibility with different types of bikes or riding styles.
Ultimately, whats the deciding factor for choosing between PowerPod and crank-based power meters for riders who value precision and reliability in their training data.
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