Are those who swear by the efficacy of Zwifts FTP improvement protocols actually relying on the inherent placebo effect afforded by the platforms gamification features, or is there concrete, data-driven evidence to support the oft-repeated claims of significant power gains in a relatively short period of time?
Does the fact that Zwifts estimate of FTP is based on a 20-minute all-out effort, which in and of itself is a flawed metric due to its lack of consideration for other critical factors such as anaerobic capacity, neuromuscular power, and O2 uptake, render the entire FTP improvement edifice built on shaky ground?
Can anyone explain, in detail, how Zwifts training plans and workouts, which are ostensibly designed to improve FTP, take into account the specific physiological needs of individual riders, given that the platforms reliance on broad, general categories and a one-size-fits-all approach seems to neglect the highly variable nature of human physiology?
Is the vaunted FTP boost experienced by many Zwift users merely the result of improved pedaling technique, increased familiarity with the platforms virtual environment, and a corresponding decrease in perceived exertion, rather than any actual, tangible gains in muscular or cardiovascular fitness?
Does the Zwift communitys fixation on FTP as the ultimate metric of cycling fitness reflect a fundamental misunderstanding of the complex interplay between various physiological systems that govern athletic performance, or is it simply a case of weve always done it this way?
Are the copious examples of Zwift-induced FTP gains merely anecdotal, or have any rigorous, peer-reviewed studies been conducted to confirm the platforms efficacy in improving this particular aspect of cycling fitness?
Does the fact that Zwifts estimate of FTP is based on a 20-minute all-out effort, which in and of itself is a flawed metric due to its lack of consideration for other critical factors such as anaerobic capacity, neuromuscular power, and O2 uptake, render the entire FTP improvement edifice built on shaky ground?
Can anyone explain, in detail, how Zwifts training plans and workouts, which are ostensibly designed to improve FTP, take into account the specific physiological needs of individual riders, given that the platforms reliance on broad, general categories and a one-size-fits-all approach seems to neglect the highly variable nature of human physiology?
Is the vaunted FTP boost experienced by many Zwift users merely the result of improved pedaling technique, increased familiarity with the platforms virtual environment, and a corresponding decrease in perceived exertion, rather than any actual, tangible gains in muscular or cardiovascular fitness?
Does the Zwift communitys fixation on FTP as the ultimate metric of cycling fitness reflect a fundamental misunderstanding of the complex interplay between various physiological systems that govern athletic performance, or is it simply a case of weve always done it this way?
Are the copious examples of Zwift-induced FTP gains merely anecdotal, or have any rigorous, peer-reviewed studies been conducted to confirm the platforms efficacy in improving this particular aspect of cycling fitness?