The Speed Lab Podcast

In this episode, Les Spellman sits down with legendary quarterback developer Jordan Palmer for a deep dive into what it really takes to build elite quarterbacks. Jordan has trained some of the NFL's biggest names - Josh Allen, Sam Darnold, Joe Burrow - and in this episode, he pulls back the curtain on his evaluation process, the mental and physical traits that separate good from great, and why quarterback development is about movement first, mechanics second.Jordan shares never-before-told stories about Josh Allen's breakthrough during the COVID offseason, what Sam Darnold learned from watching Brock Purdy in San Francisco, and why the quarterback coaching industry is 20 years behind golf. Episode Timestamps0:00 – Intro: How Jordan would develop Les into a quarterback3:21 – The mental and emotional filter: What Jordan looks for before anything physical7:41 – How Jordan assesses learning ability and football IQ9:39 – Breaking down film evaluation: Anticipation, accuracy, and spatial awareness13:43 – The Josh Allen question: What changed year over year?19:41 – Sam Darnold's secret weapon: Resilience and routine20:00 – Quarterbacks who've been "counted out" and came back (Baker, Geno, Sam)22:24 – Why Sam's year in San Francisco was more valuable than anyone realizes26:24 – The LPGA swing coach revelation: "Is everyone doing this wrong?"29:22 – The philosophy: Quarterback is about movement, not just mechanics39:57 – Physical development before technique: The missing piece in youth QB training43:11 – The nutrition gap: Parents invest in training but miss the fundamentals53:28 – How youth sports schedules have changed—and why delivery systems must adapt57:38 – Changing the conversation at the kitchen table58:55 – The lowest hanging fruit for elite performance: Nutrition and sleep1:02:12 – Where to find Jordan Palmer and QB Summit services

Brian Buck, a seasoned applied sports scientist with a history at Sparta Science, shares his expertise on force plate profiling and optimizing athletic performance. He reveals the critical connection between movement efficiency and injury risks, emphasizing the stretch-shortening cycle's role. Brian discusses innovative training tools, including plyometrics and resistance devices, and how data from force plates can tailor in-season strategies for athletes. He also highlights the importance of athlete education and the integration of therapy to maximize training outcomes.

Ken Vick, owner of Velocity Sports Performance, shares insights from his extensive coaching background in Olympic weightlifting and athlete durability. He discusses the critical balance between performance precision and athlete health, addressing the concerning rise of injuries in youth and professional sports. Vick emphasizes the importance of coach education and data-driven decision-making to enhance training frameworks. He also highlights how early specialization can lead to long-term injury risks, stressing the need for varied movement exposure.

Hunter Eisenhower, Associate Head Coach for Arizona State men's basketball, discusses his innovative 'Force System' training methodology. He explores the four pillars: High, Fast, Slow, and Human Force, which revolutionize traditional strength training. Hunter explains how to profile athletes using his Archetype Quadrants and the importance of balancing force qualities. Listeners will learn practical strategies for injury prevention and performance optimization, along with insightful practical drills for different athletic needs.

Cici and Danny explore the tough realities of making an NFL roster, emphasizing how personality and timing can outweigh pure talent. They share insights on athlete profiling, tendon efficiency, and the importance of balancing health with performance. T-Mac's training regimen showcases how data tracking can significantly impact player resilience and development. They also discuss the role of leadership and authenticity in sports coaching, as well as the benefits of integrating pro-level strategies into high school training.

Explore the rise in youth sports injuries and how early specialization is harming long-term athlete development. The hosts discuss balancing health and performance, critiquing the NFL Combine's focus on short-term gains. They dive into the importance of smarter stress management, parental oversight, and better communication among coaches and medical staff. Learn about the P3 model's insights into biomechanical risks and why adaptability in training programs is crucial for athlete longevity.

Kyle Bolton, a speed and performance coach from the University of Oregon, shares his insights on athlete development. He emphasizes the importance of velocity-based profiling, discussing how it helps tailor training to individual needs. The conversation highlights balancing recovery with intensity to prevent burnout. Bolton also touches on using AI tools for effective training and the significance of communication, making complex data accessible for athletes and their families. His approach bridges science and practical coaching to enhance athlete performance.

Explore the intricacies of human performance as hosts discuss lessons learned from the NFL Combine, emphasizing the art and science of coaching. Delve into innovative rehab strategies for calf strains, highlighting the role of connective tissue and continuous oversight. The conversation touches on the importance of individualized training plans within team environments and the impact of eccentric capacities on sprint performance. Tune in for insights on bridging various fields in athlete care and the significance of human connection in performance enhancement.

Dive into the fascinating world of the stretch shortening cycle and the often-overlooked role of pre-tension in sprinting. Discover how faster sprinters generate higher braking forces and why eccentric strength is critical for elite performance. Explore case studies revealing breakthroughs in athlete training and development. Learn about innovative training methods that can enhance ground contact efficiency and tendon health. Uncover practical insights from force plate metrics that reveal the mechanics of speed.

In this discussion, Ken Clark, a kinesiology professor and sprint biomechanics expert, delves into the intricacies of speed development. He explores the mechanics behind acceleration and top speed, highlighting the vital roles of vertical and horizontal forces. Ken shares insights on how elite sprinters differ in their ground striking through his two-mass model theory. Topics like the surprising relationship between foot speed and ground speed and the importance of muscle-tendon interactions during braking provide listeners with valuable training takeaways for injury prevention and performance enhancement.