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Dr. Lance Brooks breaks down sprint mechanics and biomechanics of sprinting at a level most coaches never reach. Tim Riley sits down with the coach, researcher, and founder of Brooks Performance Methods to dig into first principles of sprinting, sarcomere function, quasi isometric contractions, and why the elastic vs force dominant sprinters debate is built on a false premise.

Lance's path is wild: bodybuilding forums to personal training at 24 Hour Fitness and Gold's Gym, then D1 strength and conditioning internships, a master's under Dr. Ken Clark, a doctorate, and postdoctoral work in a Harvard comparative biology lab implanting crystals into rats and running guinea fowl on treadmills. All of it in service of understanding how muscles actually produce force during locomotion.

The conversation covers acceleration vs max velocity mechanics, impulse momentum sprinting, vertical impulse top speed sprinting, horizontal impulse acceleration sprinting, and what Newton's Second Law actually demands from a coach's programming. Lance also dismantles the lazy "science lags behind practice" talking point and explains why mastering basic first principles of sprinting will always outperform chasing hyper-specific applied studies.

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Produced by

Q6 Media

https://q6.media

00:00:00 - Introduction

00:04:09 - Lance's Background and Career Path

00:15:30 - Early Coaching Lessons and Internship Blunders

00:22:34 - Bridging Research and the Field

00:32:14 - Comparative Biology, Animal Models, and Muscle Testing

01:04:30 - First Principles of Sprinting and Biomechanics

01:21:40 - Quasi-Isometric Muscle Mechanics and the Elastic vs Force Myth

01:36:00 - Sprinting/Research Q&A

#SprintMechanics #Biomechanics #CoachEmUpPodcast #LanceBrooks #SpeedDevelopment #StrengthAndConditioning #ForcePlate,#SprintTraining #ExercisePhysiology #Podcast