LIVE ARM

The Numbers Don’t Lie...

A recent study found that 75% of pitchers and 24% of position players showed MRI evidence of a SLAP tear.
These injuries don’t happen overnight; they build silently from fatigue and overuse.
By the time pain surfaces, the damage is often already done.
That’s why early detection and monitoring matter more than ever.
LiVE ARM helps identify fatigue before it leads to breakdowns—protecting players’ arms and their future in the game.

⚾ Keep pitchers safer. Learn how LiVE ARM helps.

No downsides. Simple setup. Quick data.

With LiVE ARM, athletes can measure their recovery in minutes—not hours—so they know exactly where their arm stands before taking the mound. The device gives coaches reliable, objective data in just a few seconds, removing the guesswork from managing fatigue and overuse. For players, it’s easy to understand and immediately actionable, empowering them to take ownership of their arm health. For coaches, it means smarter decisions that protect players while maximizing performance. Recovery is no longer a mystery—it’s measurable, trackable, and simple to manage. ⚾ That’s the power of LiVE ARM.

He said “Little sore, but I’m good.”

Those five words lead to more elbow surgeries than bad mechanics ever will.
Because strength loss doesn’t always hurt. Fatigue doesn’t always scream.
But we ignore it — until it’s too late.
And then we act surprised when another kid goes under the knife.

How many more “ I’m fines” have to end in surgery before we stop trusting feelings over facts?

Pitching injuries often start silently, during the deceleration phase, after the ball leaves the hand.

LiVE ARM tracks real-time strength loss in muscles most at risk, helping teams detect fatigue before pain shows up. No more guesswork. No more hoping an athlete speaks up. This is injury prevention based on science, not symptoms.

You'd never race a car with no brakes. So why pitch a season without checking yours? The muscles that stop your arm fatigue long before you feel a thing. That's how careers end on a throw nobody saw coming. Don't kill an amazing arm the way so many have.

See where you are on the "Permanent Injury Journey" and learn how to best avoid serious arm injury at http://live-arm.com

LiVE ARM vs. Isolated Testing

The muscles that decelerate a throwing arm don't work in isolation. So why do we keep testing them that way?

@‌ArmCare said it well on June 28: when the muscles in front of the shoulder overpower the muscles behind it, the shoulder loses balance. Agreed. @‌Vald Health is chasing the same signal with force plates and ForceFrame — real technology, real adoption across MLB organizations.

Here's where LiVE ARM diverges: those systems isolate internal and external rotation in non-functional positions. LiVE ARM measures all of the deceleration muscle group together, in the functional position where they're under the greatest stress during a throw. Functional isometric testing has been shown to be the most reliable way to measure muscle function, and it's the foundation of our patented approach.

We're not here to knock the other players in this space. Vald Health and ArmCare are pushing the same mission forward: fewer arm injuries, more athletes reaching their ceiling. But if you're a strength coach, an athletic trainer, a PT, or a pitching coach we want to hear where you land.

Isolated muscle testing or functional deceleration testing under load. Which one tells you more about what's actually happening in an athlete's arm?

Drop your take below.