Why a Baseline Movement Assessment Matters Before a Concussion Happens
You can't measure recovery against a number you never captured. Here's why we screen athletes before an injury, not just after one.
Quick answer: A baseline movement assessment captures how an athlete's balance and movement control look before an injury, using Kinetisense 3D motion-capture technology. If a concussion happens later, that pre-injury data gives doctors and athletic trainers a real pre- and post-injury comparison, instead of relying only on how the athlete says they feel or general population averages.
Establishing a baseline gives coaches, doctors, and athletic trainers a real window into how an athlete's body is actually performing, data that can be used proactively to lower injury risk, or after an injury to help guide return-to-play decisions. Here's why we screen athletes before an injury happens, not just after one.
Most concussion conversations start after the injury: a kid takes a hit, gets pulled from the game, and a sideline assessment tries to determine whether a concussion actually happened. In the moment, that assessment mostly comes down to how the athlete says they feel, which is exactly the part a concussion can distort.
A baseline movement assessment closes that gap, not by predicting concussions, but by giving providers real, pre-injury data to compare against if one happens.
What Baseline Data Actually Captures
Using Kinetisense 3D motion-capture technology, the same system we use for our general injury-prevention screening, we measure balance, core stability, and movement control while an athlete is healthy. It's objective, numbers-based data, not a subjective checklist, captured before anything is wrong.
Concussion comparison is one use for this data, not the only one. It's proactive first: once we know where an athlete's specific movement deficiencies are, Dr. Lovelace can send corrective exercises and stretches directly through an app to address them, lowering injury risk before anything happens.
Why Balance and Movement Data Specifically
Balance and movement control are commonly affected after a concussion. Without a baseline, a provider evaluating a recovering athlete has to compare them to general population norms, or worse, take the athlete's word that they feel back to normal, and athletes eager to get back in the game have every incentive to mask symptoms and say they're fine.
Comparing an athlete to their own healthy data removes that guesswork. It's a standard an athlete can't talk their way through, which lets a provider make a more accurate call on where they actually stand, and confirms they're not chasing a level of performance they never had to begin with.
How This Fits Into Team Screening Days
This isn't a separate service bolted onto our existing screening work, it's the same preseason, in-season, and postseason cycle we already run for youth, high school, and adult teams across Dallas, applied specifically to concussion preparedness. Teams already using us for injury-prevention screening are, without extra effort, building exactly the kind of baseline data that matters most if a head injury happens mid-season.
What This Isn't
Kinetisense measures how an athlete moves, tracking baseline numbers across several movement categories, it's not a cognitive function test. A movement baseline is not a replacement for standard cognitive concussion baseline testing, like ImPACT, and it's not a diagnostic tool on its own. Concussion management pulls from multiple data sources, and movement data is one piece of that picture, alongside cognitive testing and physician evaluation, not instead of them.
If a concussion does happen, that baseline becomes useful almost immediately, both in the initial evaluation and later, when it's time to make a return-to-play decision. We cover both of those next in this series: what can help in the recovery window, and how baseline data supports the return-to-play call once symptoms start resolving.