A practical sprinting map for deciding where lower-body training should go.
High Performance Physiology keeps its focus on sprinting muscles, and the strongest part is the path from correlation data to programming choices.

Chris Beardsley and Rob Mauceri
40 episodes listed below
Physiology translated into training decisions.
High Performance Physiology is a technical coaching conversation about how muscles, joints, and force production shape performance. Its episodes move from research claims to exercise selection, weekly programming, and the small tradeoffs that matter in real training.
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High Performance Physiology is a practitioner-level show about the mechanics behind athletic training decisions. It sits where muscle physiology, biomechanics, and coaching judgment meet. The conversations are dense. They are also grounded in the practical problem of choosing exercises, arranging sessions, and deciding which adaptation is actually worth chasing. Sprinting episodes focus on the muscle groups that seem to matter most for performance, especially the proximal muscles around the hip. That leads to applied questions about hip flexors, hip extensors, adductors, quadriceps growth, stiff-leg deadlifts, hip thrusts, and why not every traditional lift deserves the same confidence. Speed training is treated as something that can be distributed across a week without pretending every session must repeat the same drill. Running economy is approached from the strength-training side, with attention to stiffness, calf loading, lower-body hypertrophy, and the limits of what the speakers are prepared to claim. Powerlifting episodes are more skeptical of received wisdom. They examine main lifts, accessory exercises, fatigue, low-rep strength work, and how an athlete’s response should guide changes instead of a fixed template. The show also spends time cleaning up messy concepts. Structural balance, work capacity, and force-velocity strength qualities are not accepted just because they circulate in coaching spaces. They are pulled apart, defined, compared, and then tested against what a coach would actually program. The format is conversational but rarely loose. One voice tends to set up the science, while the other brings the gym-floor consequences into sharper focus. The best moments come when an abstract mechanism becomes a concrete choice: a machine press instead of a less stable option, a heavy straight-leg calf raise instead of a more fashionable variation, or a weekly speed plan that keeps engagement without sacrificing adaptation. It is technical, opinionated, and careful about its own boundaries. It rewards listeners who like the reasoning as much as the recommendation.
Made for: For strength coaches, sport scientists, serious lifters, sprinters, and endurance athletes who want technical explanations tied to programming choices. It best suits listeners comfortable with biomechanics terms and detailed exercise-selection debates.
What sets it apart: The show does not stop at naming a concept; it tests whether that concept changes the workout. Its strength is the repeated move from mechanism to programming, with enough skepticism to challenge popular coaching categories.
The High Performance Physiology Podcast is co-hosted by Chris Beardsley and Rob Mauceri. Each episode showcases an example of how muscle physiology and biomechanics can be used to identify the best ways to train for athletic performance.
Based on 5 episodes we listened to · September 2026
A technically exact guide to connecting muscle physiology, biomechanics, and strength programming with specific athletic performance demands.
High Performance Physiology turns athletic training questions into detailed conversations about what the body is adapting to and how programming should respond.
A calf raise becomes a torque argument, and your next training tweak may need a pencil.
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Short reviews from the PlayNext desk, based on the episodes we processed.
A practical sprinting map for deciding where lower-body training should go.
High Performance Physiology keeps its focus on sprinting muscles, and the strongest part is the path from correlation data to programming choices.
A practical look at spreading speed work across the week instead of forcing it into one session.
High Performance Physiology uses this episode to extend its four-part strength-training framework across the week, with particular attention on the speed component rather than treating it as a one-off workout problem.
A strength-first look at running economy, with calf work treated as the key lever.
This episode takes up running economy, treating it as the efficiency of the running gait cycle, and places it beside cycling economy, VO2 max, and lactate threshold as part of endurance performance.
Accessory work is treated as a programming choice, not a bench-day afterthought.
High Performance Physiology's second powerlifting discussion keeps its attention on accessory work and the programming logic behind it. Chris Beardsley and Rob Mouseri make the case that the main lifts do not answer every question on their own, then move into bench-relevant…
A technical, practical look at maximum strength and the programming choices behind it.
Chris Beardsley frames powerlifting as an adaptation problem, and the episode stays grounded in that practical lens. He separates the main drivers of maximum strength into nervous system changes and peripheral changes, then connects those ideas to how the main lifts should be…

Applied sport performance, from the treatment room out.

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Chris Beardsley and Rob Mauseri respond to industry programming by dissecting three periodized exercise plans, including a six-phase progression that ends with the back squat only in the final weeks.
Chris Beardsley and Rob Mouseri spend the episode on sprinting muscles.
Chris Beardsley and Rob Mouseri pick up the weekly framework from last time.
Chris Beardsley and Rob Mouseri discuss historical and modern divisions of strength qualities along the force-velocity curve, including maximum strength, strength speed, power, and speed strength.
Running economy is the starting point.
Chris Beardley and Rob Malseri discuss the concept of structural balance in training, using strength ratios of key lifts to guide programming decisions for athletes.
Chris Beardsley and Rob Mouseri discuss the misuse and poor definition of work capacity in the powerlifting community and exercise science.
Chris Beardsley and Rob Mouseri continue their powerlifting discussion with a tight look at accessory exercises.
Chris Beardsley and Rob Mouseri dig into powerlifting and keep the focus on the main lifts.
Chris Beardsley and Rob Mouseri discuss the two types of deloads in training—planned and unplanned—and explain why planned deloads may not be ideal based on physiological principles.
Chris Beardsley and Rob Marceri introduce a discussion on the basic biomechanics and programming of the two-legged vertical jump test.
Chris Beardsley and Rob Mouseri discuss the mechanisms behind maximum strength, including central nervous system and peripheral adaptations.
Chris Beardsley and Rob Mouseri introduce the High Performance Physiology podcast, aiming to provide bite-sized physiological insights to understand training methods for improving athletic performance.