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1RM is one of the most important metrics – perhaps even the most important metric – that all strength athletes must monitor. Join me as I pull back the curtain and provide a sneak peek into several novel strategies addressing how to work up to a top single, predict 1RM, and progress 1RM using velocity …
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Autoregulating Volume With Absolute Velocity Stops: A Solution to Accurately Quantify Proximity to Failure Currently, the most commonly employed method of volume autoregulation is the RPE stop; however, it is limited by its inability to accurately quantify proximity to failure. Join me as I address six different examples of employing absolute velocity stops as a …
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The velocity loss literature provides valuable insight on how far from failure the majority of training should occur, but it isn’t as straightforward as one might think. Join me as I address how to integrate the velocity loss data into the proximity to failure data in order to provide the optimal RPE ranges depending on …
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Each method of load prescription is typically thought of as a separate practice; either you prescribe load as a percentage of 1RM, with RPE, or using velocity. Join me as I address how we can integrate all three load prescription methods by formulating first and last rep velocity tables in order to systematically individualize load …
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Individualized load-velocity profiles are commonly employed to predict 1RM. Nonetheless, the results are mixed: some studies demonstrate that they can accurately predict 1RM; however, other studies reveal the opposite. Join me as I address what are the individual subtleties that must be considered for application in order to increase the accuracy of 1RM prediction. …
