Triphasic training, the ‘performance pillars‘ system, and choosing the right athlete assessments with Matt Van Dyke (Director of Sports Science, Houston Texans)
Sep 16, 2021
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Matt Van Dyke, Director of Sports Science for the Houston Texans, discusses performance pillars, testing, monitoring, and specialist training. Topics include GPS metrics, physical performance qualities, triphasic training, oscillatory training, isometric exercises, and power development. Insightful examples and further reading recommendations are provided for coaches looking to enhance athlete performance.
Manage athlete fatigue through auto-regulation for performance optimization.
Implement isometric training variably to enhance athletic performance and address weaknesses.
Emphasize quality in power development by maintaining high-intensity efforts and using physics principles effectively.
Deep dives
Understanding Fatigue Management and Auto-Regulation in High-Performance Sports
In high-performance sports, managing fatigue through auto-regulation is crucial for optimizing performance. Jump heights, squat jumps, and counter-movement jumps are used to assess athlete needs, helping tailor training programs effectively.
Matt Van Dyke's Professional Journey and Work with Tri-Phasic Training
Matt Van Dyke shares his journey from starting with a weight set at 11 to working with renowned figures like Cal Deets. His insights from Tri-Phasic training methods and collaboration with experts like Dr. Nick Studholm have shaped his approach.
Testing and Monitoring for Data-Driven Training Decisions
Matt discusses the importance of testing and monitoring in training decisions. By evaluating metrics like jump testing, GPS data, wellness assessments, and RPEs, coaches can decipher athlete needs and inform effective training strategies.
Implementing Isometric Training for Strength and Rehabilitation
Isometric training has gained popularity for its impact on strength and rehabilitation. Implementing isometrics across various durations and positions can enhance athletic performance by addressing weakness and improving joint mechanics.
Enhancing Power Development Through Quality Training Methods
Quality over quantity is emphasized in power development training. Maintaining high intensity efforts without significant drop-offs, implementing physics principles for impulse and time considerations, and using smart evaluation tools can enhance power development effectively.
Matt Van Dyke joins Rob on this week’s Pacey Performance Podcast. As the Director of Sports Science for the Houston Texans, Matt is responsible for the management of training loads and other performance aspects implemented to each individual athlete in order to maximise performance and readiness. Prior to this, Matt has worked at the University of Texas and University of Denver, designing and implementing speed, strength, conditioning, and mobility training programs for men’s lacrosse, alpine ski, baseball, tennis, swimming and track and field.
Matt talks to Rob about performance pillars, testing, and monitoring – subjects that he has recently written about in one of his many books, articles and blogs. This includes the metrics that sports scientists and coaches should be looking at in regards to GPS data, and the six physical performance qualities he looks for when measuring improvement. Matt further explains how to incorporate specialist training when faced with constraints, such as time.
There’s also some outstanding insight into a range of exercises and techniques, including triphasic training, oscillatory training, isometric exercises as a part of that, and understanding physics when it comes to power development. Matt also gives us some examples of further reading in these areas, which will be invaluable to any coach.
On the podcast this week:
The metrics to be looking at when it comes to GPS
How to test and monitor to see whether an athlete is improving
Matt’s 6 physical performance qualities
How to incorporate sprints when faced with limited time
Practical examples of preparing players when faced with constraints
Triphasic training
Oscillatory training
Eccentric training
Isometric exercises
Understanding physics when it comes to power development
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