Empirical Cycling Podcast

Our coaches dig into non-FTP related aspects of training and physiology that that lead to better race results, and workouts that can be done for each. We specifically consider road racing, criteriums, mountain bike and cyclocross, plus gravel and ultra racing, and a couple things to train that can easily apply to everything.

This episode we make our case for why endurance and recovery rides can and probably should be paced easier than expected, even for time crunched athletes. We look into the issues that can occur from riding too hard, then delve into physiology, power and heart rate zones, RPE calibration, fatigue and energy management, and more. Plus we answer your listener questions.

We take a deep dive into the published literature on durability. First a critical look at the paper coining the term, the next establishing a widely used measurement, and another on the definition and differentiation of several aspects of endurance performance. Then discussing aspects of measurement and trainability, plus the relative statistical strength in the literature vs typical interpretations. Finally some advice from coaching experience, and answering your listener questions.

This is a critical look at how our coaches use data, like its use in creating a logical framework, the challenging parts of analytics and data in decision making, and how much "the science" can really inform our decision making. Plus we discuss the seeming need for heuristics over nuanced takes, the role of the scientific process in coaching, our favorite metrics, and answer your listener questions.

We dig into a recent study showing a disconnect between equal muscle glycogen recovery and unequal high intensity interval performance due to delayed recovery fueling, despite equal total calories. We start with some background on glycogen's structure and the importance of fueling before discussing the outcomes and conclusions of this double blind, placebo-controlled crossover study before speculating on mechanisms and potential applications to trained cyclists, and connect it to common current nutrition practices.​