IT'S ABOUT TIME...
KORELEO innovation
Here at Koreleo we bring the future of high-performance training apparel to today’s gymnasts.
Our innovative leo has incorporated the proven benefits of medical grade compression to help reduce inflammation while protecting, supporting, and restoring muscle tissue that is often compromised by repetitive and exhaustive training.
KORELEO story
HOW IT ALL STARTED
When Faith Mason's daughter left for college to begin her NCAA journey, Faith found herself noticing professional athletes using compression garments. She thought about her daughter's persistent inflamed back and the 14 years of training that had taken a toll on her developing body. That's when the concept of a compression leotard hit home and the Koreleo was launched.
Imagine if you and your teammates had a compression leo to support your back during high impact landings and extensive and consecutive training sessions.
With the continuous preparation for any elite athlete being strenuous on the body, it has become Faith's mission to develop and integrate a medical grade compression textile that is targeted to the lumbar and core region of a leotard.
Today, Koreleo serves as an effective compression leotard for encompassing athletes.
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the KORELEO FIT
FIELD TRIALS, CLINICAL STUDIES BECAUSE YOU'RE WORTH IT
At Koreleo, we don’t take performance lightly, and either do you. We sourced a US-based medical textile mill and created proprietary fabric to integrate in each Koreleo. We produced a variety of prototypes, conducted field trials, made more modifications and when we were pleased with the results, we went into production.
The patent pending design, may appear simple, but its construction and benefits are much more than the eye can see. While we keep our patent pending features secret, be assured that the benefits are measurable.
Whether injured or not, you can take advantage of:
✔ Heightened flexibility
✔ Quicker recovery times
✔ Inflammation reduction
✔ Dynamic lumbar support
✔ Increased receptive input
✔ Enhance muscle response
✔ Increased functional stability
✔ Increased blood and oxygen flow to the targeted anatomy
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