Are all of you just blindly following the trend of obsessing over power metrics and FTP without actually understanding what they mean for your indoor cycling performance, or is there someone out there who can explain why its more important to have a high power output for a short period of time versus sustained power over a longer period of time, and how this relates to actual outdoor riding performance and endurance.
It seems to me that everyone is so caught up in the virtual world of training software and online racing that theyve forgotten the basics of cycling, and the metrics that actually matter for real-world performance. How do you guys reconcile the fact that your indoor cycling metrics dont always translate to real-world gains, and what do you think is the most important metric to focus on for actual cycling performance.
Its also interesting to note that a lot of the top cyclists are actually ditching the high-tech gadgets and going back to basics, focusing on feel and instinct rather than relying solely on data. So, are you all just chasing a myth created by the tech industry, or is there some actual science behind the obsession with power metrics and FTP.
It seems to me that everyone is so caught up in the virtual world of training software and online racing that theyve forgotten the basics of cycling, and the metrics that actually matter for real-world performance. How do you guys reconcile the fact that your indoor cycling metrics dont always translate to real-world gains, and what do you think is the most important metric to focus on for actual cycling performance.
Its also interesting to note that a lot of the top cyclists are actually ditching the high-tech gadgets and going back to basics, focusing on feel and instinct rather than relying solely on data. So, are you all just chasing a myth created by the tech industry, or is there some actual science behind the obsession with power metrics and FTP.