Skip to content Skip to footer

Author page: Ryan Crotin, PhD CSCS RSCC, Executive Vice President

Why Max Lifts Don’t  Produce Fastball Velocity

Strength in Numbers #222 I often write articles connected to my athlete cases.   I have to say, at times, I experience frustration when our college pitchers are dominating, pain-free after years and years of arm pain, in a groove, throwing harder and smarter than ever, the arm strength is skyrocketing, shoulder balanced, recovery like an…

Read more

Protecting Arms During Fall Ball

Strength in Numbers #221 Fall baseball has become a popular addition to the calendar for amateur and high school players, often stretching competitive activity from mid-March until late October.  While this provides valuable development opportunities, it also poses significant cumulative workload risks that players, parents, and coaches must be aware of. When workloads aren’t managed…

Read more

Rethinking Acute to Chronic Workload for Pitchers

Strength in Numbers #220 I have always been interested in how people attempt to predict fatigue in athletes and how fatigue contributes to mechanical overload, which can cause injury.  I went through two doctoral competency exams to become educated as an exercise physiologist first, and then delved deeply into physics to become a biomechanist.   I…

Read more

Spotlight on our Return Beyond Performance Education at VeloU.

Strength in Numbers #214 When it comes to returning from injury, most athletes think about one goal—getting back on the field.  To me, that’s not good enough.   Just being back on the field playing does not justify a successful return – you must be a better athlete after rehabilitation than you were beforehand.   At Velocity…

Read more

How Protraction Powers the Throw

Strength in Numbers #213 In throwing athletes, especially baseball players, shoulder function plays a critical role in performance and durability. Among the most overlooked yet essential movements is shoulder protraction—the ability of the shoulder blade (scapula) to move forward along the ribcage. This movement is vital for generating force, maintaining arm speed, and protecting the…

Read more