Repeat-sprint sports run on a fuel system nobody coaches. Athletes who can access fat between efforts recover faster on the bench and hold speed deep into a tournament weekend.
Ultra Field · 100-mile trail
Ironman Field · Long-course triathlon
Adventure Racing Field · Multi-day expedition
Your body stores energy in multiple forms.
Glycogen provides readily available carbohydrate energy.
Body fat represents a much larger energy reserve.
The metabolic-performance approach focuses on developing the ability to use these fuel sources appropriately according to the demands of activity.
That’s metabolic flexibility.
And for team-sport athletes, flexibility matters.
Because the game doesn’t stay in one energy zone.Nutrition strategies for athletes often focus heavily on carbohydrate availability.
And carbohydrates are an important fuel source for high-intensity activity.
But constantly depending on one fuel source can create limitations.
The goal isn’t to eliminate carbohydrates.
The goal is to develop a more flexible metabolic engine.
One capable of drawing from different fuel sources as the demands of activity change.
VESPA provides the signal.
VESPA is positioned as a metabolic catalyst designed to signal the body to mobilize and burn fatty acids, supporting the use of stored energy and glycogen preservation during physical activity. (metabolicadvantage.health)
Optimized Fat Metabolism (OFM) is a periodized nutrition and training system designed to develop the body’s ability to use fat as an energy source during exercise.
For team-sport athletes, the objective isn’t simply to “burn more fat.”
It’s to develop metabolic flexibility and improve the body’s ability to manage different fuel demands.
The OFM system has been applied across endurance, team-sport and tactical populations. (metabolicadvantage.health)
It may be understanding the engine behind every sprint, cut, jump and play.