What are the key factors that contribute to the accuracy of Zwifts FTP test, and how do they compare to traditional methods of determining functional threshold power, such as a 20-minute all-out effort or a series of 8-minute intervals.
Is the FTP tests reliance on a 20-minute effort, which includes an 8-minute warm-up and a 12-minute all-out effort, sufficient to accurately determine an individuals functional threshold power, or are there other factors that should be taken into account, such as anaerobic capacity, aerobic capacity, or lactate threshold.
How does the Zwift FTP test account for individual variability in pacing and power output, and are there any potential biases or limitations that could affect the accuracy of the results.
To what extent do external factors, such as internet connectivity, hardware quality, or software updates, impact the accuracy of the Zwift FTP test, and are there any steps that users can take to minimize the potential for errors or inaccuracies.
Are there any differences in the accuracy of the Zwift FTP test for riders with different levels of fitness or experience, and are there any specific considerations or adjustments that should be made when interpreting the results for these individuals.
How does the Zwift FTP test compare to other virtual training platforms, such as TrainerRoad or Rouvy, in terms of its accuracy and reliability, and are there any advantages or disadvantages to using one platform over another for determining functional threshold power.