Designed to Advance Assessment & Training Practices

Advance throwing health, velocity and command using player-led dynamometry and range of motion testing.

Learn new key metrics and how to integrate them into customized programs for your athletes. A must for any coach or clinician.

• Extensive education: over 9 sections comprised of 30+ videos
• Learn how to formulate an effective and streamlined monitoring, communication, individualized training and evaluation process for your athletes
• Comprehend multi-dimensional monitoring criteria called Key Performance Metrics and how training and throwing programs are adjusted based on data
• Master testing procedures that involve fixed dynamometry including testing frequencies to ensure continuous and consistent measurements
• Learn about watch, warning and medical alerts concerning relative strength, shoulder balance, strength velocity ratios, arm fatigue and arm recovery measures

• Learn how to use an athlete management system to decrease time to action and access raw data for customized analyses
• Acquire deep understanding of how to algorithmically train athletes based on data that includes preparation, strength and recovery practices and templates
• Understand our SPEAR training concept that involves new training approaches based on cross-education training research
• Separate yourself from your competition in scouting and player development by including strength analytics in player projection and individualized training programs

Simplify. Individualize. Optimize.

Blend strength analytics for the throwing arm with 3D motion capture metrics to optimize the pitching delivery & expedite performance. This course provides a systematic roadmap to evaluate 3D motion capture & determine how to reinforce current mechanics, or when to adjust them. A must for anyone working with baseball pitchers who want to get the most out of their coaching, training & rehabilitation programs.

• Extensive education: over 10 sections comprised of 30+ videos
• Understand key details in the delivery that can impact efficiency and increase injury risk from toes to finger tips.
• Comprehend a clear algorithm to address pain and poor performance that involves improvement in strength and length along with achieving optimization benchmarks to maximize performance and injury protection.
• Work through case studies to determine what training approaches to take on and gain familiarity in understanding potential changes in graphical data that warrant greater hyper-personalization in training.

• Learn deep insights into the kinematic sequence, the order of peak speeds across segments in the delivery, to determine when athletes need acceleration, deceleration, or rhythmic training to maximize health, velocity and command.
• Learn critical throwing arm kinematics and kinetic data to better understand how to train the throwing arm to handle abrupt changes in position from stride foot contact through to maximal internal rotation of the throwing arm after ball release.
• Acquire deep understanding of how to algorithmically train athletes based on both strength and biomechanical data that guides coaches in making the best possible coaching decisions after athletes have experienced pain or poor performance.
• Be the ultimate Pitching Biomechanist-generalist that will allow you to fix physical and mechanical problems as well as gain a stronger understanding of how optimization factors can be used in scouting and collegiate recruiting.

Testimonials