
Hosted by Joel Smith, Just-Fly-Sports.com · EN

Today’s guest is Hayden Mitchell, Ph.D. Hayden is a sports performance coach, educator, and researcher specializing in movement ecology and pedagogy, helping coaches design environments that support learning, resilience, self-actualization, and sustainable athletic performance through play and exploration. There is a great deal of conversation in sports performance around methods, including exercises, drills, systems, and models, but far less attention is given to coaching itself. Coaching methodology quietly shapes how athletes experience training, how they relate to challenge and failure, and ultimately how fully they are able to express themselves in performance. On the show today, Hayden speaks about exploring how coaching and physical education shape not just performance, but the whole human being. Hayden shares his path through sport, teaching, and doctoral work, including how life experiences changed his approach to leadership, control, and play. Together they discuss movement ecology, value orientations in coaching, such as mastery, learning process, self-actualization, social responsibility, and ecological integration, and why environment often matters as much as programming. The conversation highlights rhythm, joy, and exploration, along with practical ways coaches can use restraint, better questions, and playful constraints to help athletes own their development. Today’s episode is brought to you by Hammer Strength. Use the code “justfly20” for 20% off any Lila Exogen wearable resistance training, including the popular Exogen Calf Sleeves. For this offer, head to Lilateam.com Use code “justfly10” for 10% off the Vert Trainer View more podcast episodes at the podcast homepage. (https://www.just-fly-sports.com/podcast-home/) Timestamps 0:00 – Hayden’s coaching background 6:42 – Learning through experimentation 13:55 – Movement quality versus output 21:18 – Constraints based coaching 30:07 – Strength that transfers 39:50 – Variability and resilience 48:26 – Developing youth athletes 57:41 – Decision-making under fatigue 1:06:10 – Simplifying training programs 1:14:22 – Long term coaching philosophy Quotes from Hayden "You start to develop more like moderate to really big like teaching orientations where you take away the command, you stop begging for repetition to be perfect and you allow things to become messier in due time." "For me, it's like discovering what somebody is afraid to do." "Whenever I get an adult who's in their like 50s or 60s, we're going to crawl. You have to have a certain charisma about this and you have to laugh and you have to do it with them. You got to be a willing participant in your own way. But once they do that, man, it lights them up." "If I'd just released them to dance, because they love to groove, they love to feel themselves, it would have gotten them into a position of real readiness and their nervous system would have been lit up instead of me exhausting them because we needed that perfect small-sided rondo warmup that everybody else is doing." "An athlete dancing is a joyful athlete and a joyful athlete is tuned in. I don't think there's too many things that offer more value than getting into rhythm throughout a session, before a session, after a session, you gotta feel into your body like that." About Hayden Mitchell Hayden Mitchell, PhD is a sports performance coach, educator, and researcher whose work sits at the intersection of movement ecology, pedagogy, and human development. He has coached and taught across a wide range of settings, from youth and collegiate sport to military, adaptive populations, and general fitness, working with ages 4 to 90. Hayden holds a doctorate in Human Performance and Sport Pedagogy and focuses on how environment, values, and teaching behaviors shape learning, resilience, and performance. His work emphasizes play, rhythm, and self-actualization, helping coaches and athletes move beyond rigid systems toward practices that develop both performance capacity and the whole human being.

Today’s guest is Dustin Oranchuk, Ph.D. Dustin is a sport scientist focused on sprinting biomechanics, speed development, and force production. Known for blending research with practical coaching insight, his work explores how isometrics, elasticity, and coordination shape high-performance sprinting and athletic movement. Isometric training is one of the “original” forms of strength training, and in the modern day has become one of the most popular areas of discussion and training methodology. Although the practice has exploded, it often lacks an understanding of physiology of adaptation with various methods. In this episode, Dustin explores the evolving world of isometric training, including the origins of isometrics. We discuss differences between pushing and holding contractions, tendon and neural adaptations, and modern applications in performance, rehab, and longevity. The conversation also dives into eccentric quasi-isometrics (EQIs), motivation and measurement challenges, and how coaches can intelligently integrate isometrics alongside plyometrics and traditional strength work. Today’s episode is brought to you by Hammer Strength. Use the code “justfly20” for 20% off any Lila Exogen wearable resistance training, including the popular Exogen Calf Sleeves. For this offer, head to Lilateam.com Use code “justfly10” for 10% off the Vert Trainer View more podcast episodes at the podcast homepage. (https://www.just-fly-sports.com/podcast-home/) Timestamps 0:11 – Strength Training Beginnings 5:38 – Evolution of Isometric Training 8:38 – Modern Applications of Isometrics 9:52 – Neural vs. Morphological Adaptations 15:45 – The Importance of Long Holds 19:42 – Combining Isometrics and Plyometrics 39:22 – Exploring Eccentric Quasi-Isometrics 47:10 – Periodization and Isometric Training 1:05:48 – Future Research Directions 1:13:00 – Closing Thoughts and Reflections Quotes from Dustin Oranchuk "We can predict performance fairly well from a test where we're actually not moving at all." "I think the main evolution is getting a little bit less towards building peak strength for barbell purposes and a little bit more universal utility for rehabilitation and longevity." "Using isometrics at a variety of different muscle lengths and different contraction durations to try and rehab after a pectare or a quadriceps strain or something like that." "The general or the more popular goal with the longer muscle length movements, or lack thereof, would be morphological adaptations." "Instead of matching a position, you're just trying to get the most sort of bang for your buck out of the isometrics as far as causing hypertrophy, or being able to target tendon rehabilitation, or build work capacity, or some other sort of little bit more morphological adaptation." "Tendons tend to need a certain threshold of intensity to get noticeable or meaningful adaptations. I think it's probably somewhere around 70 % of MBIC or max isometric contraction of a pushing ISO." "It's okay for our SNC work to not look obviously like anything we do on the field." "You can create a really good weight room environment where there's camaraderie and there's competitiveness without any objective measurements." "Pushing into a rack is almost always going to be able to be done at a higher intensity than holding something." About Dustin Oranchuk Dustin Oranchuk, PhD, is a sport scientist specializing in speed development, biomechanics, and force production in sprinting and jumping. He holds a doctorate in sport science and has worked extensively with elite athletes across track and field, team sports, and high-performance environments. Dustin is widely known for his research-informed yet practical approach to sprint mechanics, isometric training, and elastic performance, bridging laboratory insights with real-world coaching application. Through consulting, research, and education, he helps coaches and athletes better understand how force, stiffness, and coordination influence maximal speed and performance.

Today's podcast features James Wild, a Research & Development and Speed Consultant with Harlequins Rugby Club and a Lecturer in Sport & Exercise Science at the University of Surrey. With expertise in biomechanics, skill acquisition, and motor learning, James has worked with athletes of all levels, including medal-winning teams at major competitions. He is also an author and holds a PhD in biomechanics and motor control of sprint acceleration. While many approaches exist for speed training, less attention is given to individual movement strategies. Athletes accelerate differently based on sport, movement background, and physical attributes. James discusses his quadrant system, which categorizes acceleration strategies based on flight/ground time and stride frequency vs. step length. He also covers injury trends, plyometrics, sprint technique, resisted sprints, motor learning, and more. It was great having James back—this episode is essential for anyone interested in speed training and individualized performance. Today’s episode is brought to you by TeamBuildr’s Gym Studio and the Lila Exogen Wearable Resistance Training Sleeves. Use the code “justfly25” for 25% off any Lila Exogen wearable resistance training, including the popular Exogen Calf Sleeves. For this offer, head to: Lilateam.com For a Gym Studio 14-day free trial, head to gymstudio.com View more podcast episodes at the podcast homepage. Main Points 3:00- Personalized Approach to Enhancing Speed Through Strength 7:25- Distinct Athletic Techniques Across Animal-Inspired Strategies 19:17- Ankle-Dominant Movement and Injury Risk Factors 26:03- Enhancing Performance Through Diverse Sports Integration 36:31- Reactive Strength Optimization for Acceleration Performance 40:24- Technique-Focused Interventions for Acceleration Enhancement 45:03- Enhancing Performance Through Technical Acceleration Cues 51:54- Enhancing Hip Muscle Strength Through Leg Swings 56:29- Tailored Loaded Resistance for Sprint Optimization 1:03:32- Personalized Training Approaches Enhancing Athlete Performance Quotes (23:29) "The importance of adaptability: In particular for team sports in what you're doing, that your footwork patterns and the conditions under which you accelerate are going to change, you know, every single time you do it." (25:00) “The field hockey players tend to adopt a bit more of a spinner type strategy where the step rate's higher, flight times lower and then with the lacrosse players it's a bit more of a, towards more of a bounder type strategy in, in comparison.” (29:15) "I think it's always useful to know their acceleration strategy. But, but that information alone doesn't mean that you intervene automatically in a specific way." (32:24) “If it was a bounder picking up repeated calf injuries during those, excuse me, during those warm up sprint efforts that they get week after week or even in the speed sessions, then we might try and get them to focus on a slightly higher step rate.” (38:30) “What I have fairly consistently found though is that when meaningful changes to those reactive strength stiffness like qualities have been made, typically through a combination of pliers and isometric work, although more along the lines of plyos, contact times typically become a bit shorter. And as a result, what you see therefore is that those player acceleration strategies often move slightly more towards bouncer or bounder strategies where contact times are short relative to their flight times.” (41:11) "Sometimes it is about trying to identify what might be relatively simple deficits from a strength perspective in an individual and going after those to change their technique as opposed to directly cuing them to do something." (57:00): “If I was gonna use sleds as a means to try and increase step rate frequency, I might generally load up heavier and there and have them sprint in a way where they're havi...

Today’s podcast features Kevin Mulcahy. Kevin is an experienced sports and S&C coach and owner-operator of the Design the Game Project. He has worked with various sports teams, athletes, professionals, and clubs across three continents, for over 30 years. Kevin takes a multi-lateral focus on human movement, skill development, and S&C, led by a deep interest in ecological dynamics and the constraints-led approach to coaching and motor learning. Extremely common to have conversations on speed training. It is rare to have conversations on the practical integration of speed training into actual sport tactics. It’s easy to hit the status quo of improving maximal lifts or running athletes through timing gates and seeing better times. It’s more complex to seek an integrated model that fits speed into the constraints of the game itself, but also a more integrated, creative, and ultimately rewarding process. Today's episode explores Kevin’s approach to game speed training, skill acquisition, and tactical advantages through constraints. He also discusses using games and sport variations to enhance athleticism and tactical ability. Additionally, we get into ideas on acceleration, deceleration, aerobic capacity, and sport-specific tactical demands. This episode ties together key concepts to deepen our understanding of physical preparation and athletic movement. Today’s episode is brought to you by TeamBuildr’s Gym Studio. Use the code “justfly25” for 25% off any Lila Exogen wearable resistance training, including the popular Exogen Calf Sleeves. For this offer, head to Lilateam.com Kevin’s Blog and Coaching Cohort Coaching Cohort Substack Blog View more podcast episodes at the podcast homepage. Main Points 4:20- Enhancing Skill Development Through Constraints in Sports 10:02- Tactical Advantage through Speed Variation in Sports 17:11- Enhancing Athletic Performance Through Game Speed 21:41- Gaelic Football Speed Training Techniques 27:17- Enhancing Tactical Awareness through Dynamic Game Scenarios 31:46- Strategic Gaelic Football Running Drills for Performance 36:05- Individualized Basketball Training for Skill Development 52:18- Uncontrolled VO2 Running for Enhanced Fitness 56:13- Engaging Games Enhance Tactical Learning Methods 1:04:57- Instinctive Game-Reading for Enhanced Sports Performance 1:11:30- Advanced Vertical Jump Training Techniques 1:18:16- Enhancing Anaerobic Capacity in Team Athletes Quotes (5:00) “I have a few core games, like I use Olympic handball a lot, use tag rugby, we play NFL, what we call NFL, which is kind of a tag American football and all sorts of things in between” (15:40) “I mean every sport, basketball has, has really deeply worked on that over a many number of years to where I think a lot of sports steal those kind of movements from basketball” (22:17) “Acceleration is absolutely worth training. But then the constraints of the game mean that that's only going to bring you so far” (24:57) “But then I can start constraining. Does this look like the game? Are these the distances we're going to transition? How do I motivate players and incentivize players to actually go all out? How do I incentivize the defenders to. To be aggressive and try to stop the. Their, their teammates at training? So that's where I've gone the last number of years” (43:33) "Man to man for me only works if you're more athletic than the opposition. And if you're not, you have to have better tactics." (50:08) "If your intention is to get fitter, you have probably got a better chance of doing that if they enjoy it." (55:08) "If we get them turning up again motivated, we're winning." About Kevin Mulcahy Kevin is an experienced sports and S&C coach who has worked with various sports teams, athletes, professionals, and clubs across three continents for over 30 years. He is the owner-operator coach of the Design the Game Project,

This episode features performance coach and tendon specialist Jake Tuura. Jake is an experienced coach and educator focusing on athlete hypertrophy, vertical jump improvement, and patellar tendinopathy rehabilitation. He spent seven years as a collegiate strength and conditioning coach as well as time in the private training sector. Connective tissue is critical in athletic movement and performance, but its relationship to both performance and the rehab process is still evolving. New research is continually coming out that is molding our understanding of what is really happening “under the hood” in training, and how to optimize processes to maximize tendon health and performance. On today’s podcast, Jake explores tendon science alongside athletic performance concepts. He covers ideas on animal tendon properties, age-related tendon changes, tendon stiffness vs. compliance, and the collagen matrix. On the performance end, Jake talks about the impacts of various training means on tendon adaptation, particularly various forms of isometric training, heavy strength training, plyometrics, and more. This was an awesome show connecting the latest tendon science with practical training solutions for healthier tendons and better athletic movement. Today’s episode is brought to you by TeamBuildr’s Gym Studio and the Just Fly Sports Online Courses. To learn more about the Sprint Acceleration Essentials, Elastic Essentials, or Speed ID courses, go to justflysports.thinkific.com Use the code “justfly25” for 25% off any Lila Exogen wearable resistance training, including the popular Exogen Calf Sleeves. For this offer, head to Lilateam.com View more podcast episodes at the podcast homepage. Main Points 6:42- Achilles Tendon Length Disparity: Humans vs. Deer. 9:33- Tendon Regeneration Discrepancy in Wild vs. Racehorses 21:55- Golgi Tendon Organ and Training Optimization 24:39- Age-Related Changes in Tendon Properties 26:44- Collagen Production Influencing Tendon Stiffness Adaptation 28:47- Tendon Compliance Impact on Athletic Performance 40:41- Preserving Tendon Elasticity for Athletic Longevity 45:38- Reframing Tendon Pain as a Healing Signal 53:14- Optimizing Joint Rotation for Enhanced Performance 1:04:41- Tendon Health and Aerobic Fitness Relationship 1:08:01- Tendon Health Benefits of Isometrics and Lifting 1:11:17- Tendon Strain Variability in Plyometric Training 1:16:24- Enhancing Performance Through Muscle-Tendon Synchronization in Plyometrics 1:21:54- Tendon-Focused Training Periodization Strategy Quotes (7:38) "It's crazy to see how long that (deer Achilles tendon) is and how little blood flow it gets and they're able to do what they do." - Jake Tuura (12:50) “I went hunting for three months. So I didn't, I didn't jump at all. It was winter, it was icy out. And then I go back to dunking and (the patellar tendon) blows up again. So it's like the man-made tendon issues are when you change things suddenly.” - Jake Tuura (21:49) "The worst thing you can do is completely take it away and then try to hop back in. I think it's going to blow up or maybe it's going to have a serious injury." - Jake Tuura (28:10) “The tendon gets pulled on and then the tendon has a, the cells have a response to get stiffer. So like if you pull on the tendon, let's say 10% of its resting length, which is a pretty big pull on a tendon. The tendon has this, this adaptation where the cells kick out more collagen. It lays down the collagen, the tendon to get stiffer.” - Jake Tuura (37:00) “Collagen fascicles don't really extend a whole lot. Yeah, like, their strain is very minimal. And the collagen fascicles have this helical rotation, which then is again, more extendability. The helical angle decreases as you get older because the gel is drying up and it becomes more linear.” - Jake Tuura (47:00) “You have to respect the many months process where it's going to reorient t...

Today’s podcast is with Scott Salwasser. Scott is a sports performance specialist at EXOS, and previously served as the Head of Athletic Performance for Bishop Lynch High School, along with stops at numerous NCAA DI institutions, as well as work in the private sector. Scott is a field leader in assessment protocols and training methodology for physical preparation, speed, and combine development. As technology continues to push forward, and the data that comes with it, it’s crucial to have practical methods to apply technology to training in a meaningful way. Scott has a strong background in technology/assessment protocols, but is deeply practical and puts coaching and applied techniques at the forefront of his system. On the podcast today, Scott speaks on his experiences and transition away from sports performance in the NCAA, and talks on athlete assessments for speed and movement abilities, asymmetries, and meeting the evolving needs of an athlete over time. Scott has a great sense of what it takes to distill technology and advanced concepts into the needs of athletes in a performance setting, and it was great to catch up with him for this episode. Today’s episode is brought to you by TeamBuildr’s Gym Studio and the LILA Exogen Wearable Resistance Training Sleeves. Use the code “justfly25” for 25% off any Lila Exogen wearable resistance training, including the popular Exogen Calf Sleeves. For this offer, head to: Lilateam.com For a Gym Studio 14-day free trial, head to gymstudio.com View more podcast episodes at the podcast homepage. Main Points 7:28- Athletic Development Through High School Coaching 12:51- Transformative Spirit: The Key to Discipline 14:12- Data-Driven Athletic Assessment for Training Programs 27:15- Personalized Athlete Training Plans Through Data 31:43- Unlocking the Final 5-10% in Sprint Training 33:48- Mental Focus and Environmental Influence in Sprinting 46:25- Quantifying Movement Asymmetries for Enhanced Interventions 52:49- Enhancing Athletic Speed Beyond Isolated Tests 59:59- Tailored Athletic Programs for Individual Performance Gains 1:06:03- Customized Assessment for Enhanced Athletic Performance 1:07:48- Optimizing Performance Through Individualized Asymmetry Analysis Quotes "If you have a strength coach standing behind you, hollering at you to get deeper, you're gonna find a way to get deeper however you can, right?" - Scott Salwasser “I actually did force-velocity profiling, I think it was my second year (of high school coaching). I'm like, okay, I'm gonna just really be over the top here and we're gonna get it. And to oversimplify it, basically told me that we were bad at everything. - Scott Salwasser “Even at the high school level, is you have a kid run a sprint, that's laser time, he's going to run harder. You have a kid, you're working on explosive strength or speed strength or any avenue in the weight room, you get a VBT feedback on that, the bar is going to move faster” - Scott Salwasser “Within a healthy scope, and everybody's got to define their own “healthy scope” of variability, But within that, you're going to be better at one thing slightly worse than another. But at what point does it red flag” - Scott Salwasser "Force and strength with a barbell on your back or in your hands are not the exact same thing." - Scott Salwasser “Asymmetrical. But it's 5% difference. So we'll keep it in mind. But we're not going to go crazy over it. Oh, it's 30%. All right. Maybe he's not gonna do these exercises. He's gonna get extra, you know, PT and we're gonna take these lifts out and replace them with these” - Scott Salwasser About Scott Salwasser Coach Salwasser is a sports performance specialist at EXOS in the Dallas area. He has previously served as the Head of Athletic Performance for Bishop Lynch High School, Director of Speed & Power at Texas Tech, the Director of Strength & Conditioning at Texas S...

Today’s podcast is with Eamonn Flanagan. Eamonn Flanagan is the Lead Strength & Conditioning Consultant at the Sport Ireland Institute, where he oversees strength and conditioning support for Ireland’s Olympic and Paralympic athletes. He holds a Ph.D. in Sports Biomechanics and spent over a decade in professional rugby, working with the Scottish Rugby Union, Edinburgh Rugby, and the Irish Rugby Football Union. Eamonn appeared on episode #250 and has just created a new course on plyometrics in conjunction with Sportsmith Training methods such as extensive plyometrics and reactive strength testing have become more common in training team sports. At the same time, it’s easy to lose sight of the whole in athlete development when chasing plyometric variables too far. On today’s show, Eamonn explores the application of plyometric training, including the impact of surface type on performance, the Reactive Strength Index's role in assessment, and strategies for optimizing reactive strength. We also cover plyometric intensity, using extensive plyometric methods, and tailoring programs to individual needs, concluding with balanced approaches to training and performance. Today’s episode is brought to you by TeamBuildr’s Gym Studio. Use the code “justfly25” for 25% off any Lila Exogen wearable resistance training, including the popular Exogen Calf Sleeves. For this offer, head to: Lilateam.com For a Gym Studio 14-day free trial, head to gymstudio.com View more podcast episodes at the podcast homepage. Main Points 17:05- Impact of Surface Type on Plyometric Training 22:53- Reactive Strength Index Influence on Plyometric Assessment 25:57- Reciprocal vs. Unilateral Movement Tension Analysis 28:25- Optimizing Performance Through Reactive Strength Training 31:28- Jumping Exercise Progression for Athletes 35:01- Dynamic Acceleration Plyometrics 36:05- Performance Enhancement Through Contrast Training Methods 39:51- Balancing Intensity Levels for Athletic Adaptations 48:34- Enhancing Athletic Performance Through Extensive Plyometrics 49:44- Tailoring Plyometric Training to Individual Needs 1:01:20- Tailoring Plyometric Training for Enhanced Performance Quotes (8:42) "I think as an athlete and as a coach, there's always a bit of a balancing act between. Around ego, you know, what do I want to do versus what do I need to do?" - Eamonn Flanigan (12:30 “An athlete might be on field multiple times a week, but if it's on a soft, you know, very, very compliant surface, I'm not sure how relevant that is to, let's say, what we might expect from adaptation from extensive plyometrics” - Eamonn Flanigan (13:40 “Let's say in the last Olympic cycle, working with a taekwondo athlete who is, you know, indoors on mats in bare feet. And so the difference in kind of foot, ankle, calf integrity between the two, you know, the taekwondo athletes spending a lot of time in single leg stance, you know, there's an athlete that I'm probably bypassing extensive work pretty quickly” - Eamonn Flanigan (30:00) “Very often like plyometric ability or that basic quality or reactive strength, it's, it's very neglected. I think sometimes it's not something that is often included. And as a result, I think there's, there's always some, I think there's often some easy wins there” - Eamonn Flanigan (37:00) “If you're doing repeat hurdle jumps or you're doing, you know, a set of pogo jumps or some bounding. There's also a point at which, you know, if you hit a bad replacement, you just end up like it gets worse and worse and worse. You know, I think, you know, again, varying within a set both up and down allows you to come back down again and build it back up again” - Eamonn Flanigan (41:10) “I am a little skeptical as to how much, you know, what might be less than 50 reps of an exercise in a week can have on, you know, the, the, the, the running gate of an athlete who's sprinting x number of strides ...

Today’s podcast is with Cal Dietz and Mike T Nelson, authors of Triphasic Training II. Today's podcast features Cal Dietz, of the University of Minnesota and co-author of Triphasic Training, and Dr. Mike T. Nelson, a leading expert in exercise physiology, neurological training concepts, and metabolic flexibility. Sports performance is like a tree in many respects. It starts with standard strength training methods, then branches out and integrates varying aspects of total human performance. From the period between the original Triphasic Training to Triphasic Training II, Cal has worked through many aspects of athletic performance, interconnecting physiology and neurology. Mike’s work spans many interconnected aspects of human performance, and compliments Cal’s work with physiological underpinnings. On today’s podcast, Cal and Mike share insights from their new book, Triphasic Training II, focusing on optimizing human performance for athletes and fitness enthusiasts alike. Primary topics in this episode will be practical neurological training concepts, the origin and evolution of the GOAT drill, evolving warmups and training integrations, athletic capacity building, oscillatory training, and much more. Today’s episode is brought to you by TeamBuildr’s Gym Studio and Lila Exogen. Use the code “justfly25” for 25% off any Lila Exogen wearable resistance training, including the popular Exogen Calf Sleeves. For this offer, head to: Lilateam.com For a Gym Studio 14-day free trial, head to gymstudio.com View more podcast episodes at the podcast homepage. Main Points 3:55- Embracing Curiosity and Experimentation in Coaching 9:20- Optimizing Strength Training with Triphasic Concepts 15:12- Neurotransmitter-Stimulating Go Drill for Performance Optimization 17:34- Enhancing Performance Through Brain-Stimulating Drills 24:54- Enhancing Performance through Integrated Brain Training 28:32- Enhancing Physical Performance Through Vestibular Training 45:05- Optimizing Nervous System Coordination Through Dosage 48:34- Optimizing Athlete Performance through Targeted Challenges 51:59- Enhancing Coaching Through Experimentation and Data Collection 1:00:13- Aerobic System Development Through Heart Rate Variability 1:02:39- Cognitive Decision-Making in Athletic Performance Optimization 1:11:53- Optimizing Athletic Performance Through Physiological Integration 1:14:44- Utilizing Metrics for Individualized Athletic Recovery 1:21:31- Systemic Movement for Enhanced Athletic Performance Quotes (27:50) “If you see kids who do not move athletically, there's something off with them now, you know, modern-day that could be maybe just too much exposure to video games or they could be, they have like I have some severe eye issues, vestibular issues, etc.” Mike T Nelson (32:45) “That frustration is a key factor. If you're frustrated, you're pushing yourself on all these different levels with all these” Cal Dietz (34:40) “When we work out, it's basically, we come, we do one GOAT drill, and then we do our 1080 sprint protocol, one rep, and then we come back, and while the resting, they do the GOAT drill again. And so we end up doing four to six go or four to five go drills before the workout” Cal Dietz (35:50) “I've gotten emails from coaches, high school football coaches. Like, a kid could never catch over his left shoulder for whatever reason, so they all had him on. Well, now he's catching over the left shoulder. When they started integrating that drill in their passing drills” Cal Dietz (53:55) "The higher level coaches I watch, they all appear to talk less." Mike T Nelson (59:54) "The biggest thing with oscillatories is that we feel that our ability to stay injury-free has been increased because of the high speed, because that's how the muscle is getting hurt and that's how it's supposed to function on the field." Cal Dietz (1:17:05) "In general, the more developed your aerobic system is,

Today’s podcast is a Q&A episode with Joel Smith. Topics include the role of roughhousing games for individual sport athletes, sandbag training, and rhythm-cadence in movement. Joel explores youth sports trends, breaking jump plateaus, and the benefits of flywheel loading. He also covers infrasternal angle training, rotating speed and plyometric days, and integrating team play with weekly speed work. This, plus, a discussion on the value of band resistance in sports training rounds out this comprehensive conversation on optimizing athletic performance. Today’s episode is brought to you by TeamBuildr’s Gym Studio. Use the code “justfly25” for 25% off any Lila Exogen wearable resistance training, including the popular Exogen Calf Sleeves. For this offer, head to: Lilateam.com For a Gym Studio 14-day free trial, head to gymstudio.com View more podcast episodes at the podcast homepage. Main Points 00:14- Roughhousing games for non-team sport athletes 08:42- Training Changes Over the Year 33:23- Observations on Youth Sports 36:44- The Role of Fun in Training 40:37- Jump Imbalances and Breaking Jump Plateaus 44:53- Flywheel Loading 46:37- Infrasternal Angle Concepts and Training over Time 53:36- Sprint and Jump Training Programming 59:14- Utilizing Exergeny in Training 1:00:43- Games as Speed Training 1:05:37- Basketball vs. Plyometrics 1:08:24- Band Resistance in Sport Training About Joel Smith Joel Smith is the founder of Just Fly Sports and is a sports performance and track coach in Cincinnati, Ohio. Joel hosts the Just Fly Performance Podcast and has authored several books and coaches in both the high school and private sectors. Joel was a strength coach for 8 years at UC Berkeley, working with the Swim teams and post-graduate professional swimmers, as well as tennis, water polo, and track and field. A track coach of 17 years, Joel coached for the Diablo Valley Track and Field Club for 7 years and also has 6 years of experience coaching on the collegiate level, working at Wilmington College, and the University of Wisconsin, LaCrosse. He is currently coaching high jump at Milford High School. Joel has coached 4 national champions, multiple All-Americans, and NCAA record holders in track and field. In the realm of strength and conditioning, his programs have assisted 5 athletes to Olympic berths that produced 9 medals and a world record performance at Rio in 2016.

Today’s podcast features Bill Hartman and Chris Wicus. Bill Hartman. Bill Hartman is a physical therapist and in-demand educator with his modern approach to human mechanics and training. Chris Wicus is a health and performance professional with 15 years of experience, a former professional ultimate frisbee player, and a 2nd-degree black belt in karate. He has coached a wide variety of athletes across 17 sports and has been mentored by many top experts in the field. Bill and Chris host the “Reconsider” podcast together and speak on various cutting-edge approaches to human movement in a way that prompts thinking on existing processes in the field, and how to move forward with current understandings of training and biomechanics. One key link between on-field performance and weight room training is the dynamics of propulsion through the gait cycle. Bill and Chris often use the example of cutting mechanics—going into and out of a cut—which applies to sprinting, jumping, throwing, strength training, and directional changes, highlighting human movement as a series of turns, rotations, and gait phases. Today's podcast dives into the dynamics of propulsion and the gait cycle, linking field performance with weight room training. Bill and Chris explore "into and out of the cut" mechanics as they apply to sprinting, jumping, throwing, strength training, and directional changes. They compare change of direction to acceleration and top-end speed while discussing propulsion's impact on breathing, reciprocal motion, orientation, performance, and injury prevention. This was a truly illuminating episode and one that garners numerous notes and insights. Today’s episode is brought to you by TeamBuildr’s Gym Studio. Use the code “justfly25” for 25% off any Lila Exogen wearable resistance training, including the popular Exogen Calf Sleeves. For this offer, head to: Lilateam.com For a Gym Studio 14-day free trial, head to gymstudio.com View more podcast episodes at the podcast homepage. Main Points 00:55- Propulsion Phases Influence Cut Maneuvers in Motion 8:23- Agility, Relative Motions Training, and Links Between COD and Acceleration Ability 24:28- Late Stance Propulsion for Enhanced Velocity Performance 27:35- Optimizing Performance Through Relative Motion Training 43:42- Proper Breathing in Optimal Performance Training 56:05- Enhancing Control Through Relative Motions in Split Squat 1:04:31- Pelvic Pressure Dynamics and Squatting Depth 1:15:30- Oscillatory Impulse Split Squat Training for Athletes 1:19:03- Explore Bill's Model on UHP Platform Quotes (2:15) “Propulsion is moving forward through space in contact with the medium” - Bill Hartman (9:32) “For you to move what you perceive to be straight sideways, that is actually a turn away from the ground contact” - Bill Hartman (10:50) “Everything is a turn. And that's why one of the dirty words would be a sagittal plane. Because when we're talking about dynamic movement, we're moving on helices” - Bill Hartman (13:50) “There's lots of time accumulated with these IR demands with like a 5 10, 5 pro agility, whatever. So that's going to prime you. My assumption would be I would see better starts and accelerations and I would see better shorter sprint performance. But like you had even mentioned intuitively, 200m maybe wouldn't be as good as I need to display ER, I need to be off the ground. That lives in the opposite place from like an agility drill” - Bill Hartman (16:40) “The sharper the cut, the, the, the, the greater your capacity to have to slow down so you can actually, actually change directions. And so this is an acquisition of relative motion in internal rotation which could have a beneficial effect… if we were just doing say a flying 20, that's a whole different story because the amount of relative movement that you would, that would be required in that circumstance is actually less” - Bill Hartman