FULL STORY

Jason Colleran’s work did not begin in a laboratory. It began on a baseball field.

As a former collegiate athlete, his career did not end in one catastrophic moment. It ended the way many athletic careers do — through the cumulative toll of overuse, fatigue, and compensation. Years of pushing through pain. Managing symptoms. Continuing to compete.

Until his body forced a different outcome. What followed was not just heavy disappointment — it was a haunting question:

“Why did I break down when I followed the training, conventional treatment, and protocols I was supposed to?”

It was this loss — and this question — that reshaped the trajectory of his life.

Colleran emerged from that experience with a clarity of purpose that has never wavered. He needed to understand, at a fundamental level, why his body broke down and why throwing arms fail. And he was determined to find the answers so he could help other athletes avoid what he went through.

He opened his performance training center, Elite Edge, in Atlanta and began working with athletes from youth to elite levels across MLB, NFL, NBA, UFC, and more. The facility quickly earned a reputation as one of the premier science-driven performance gyms in the region — receiving recognition awards from Atlanta Magazine for Best Trainer & Best Training Facility.

Inside Elite Edge, he observed the overuse and arm injury epidemic firsthand — case by case. Despite differences in sport or level, the pattern was consistent: repetitive high-velocity movement, accumulating joint stress, compensation throughout the kinetic chain, and eventual breakdown.

The education he pursued alongside his hands-on training career was not casual. He completed mastery-level coursework in resistance mechanics, biomechanics, and neuromuscular science — determined to understand the problem at its root. From this perspective, he began to see what others were missing.

The human body operates as an integrated kinetic chain. Compensation patterns extend far beyond the injured joint. And during high-velocity throwing, the shoulder and elbow are dynamically inseparable — co-stressed in vulnerable end-range positions.

Yet no product on the market was built to support that dual-joint reality in real time or address the issue at its source.

The turning point came when he saw technology capable of measuring elbow stress during motion. It sparked a defining question: If dynamic arm stress can be measured in real time, why can’t it be reduced in real time?

Nothing existed to answer that question.