Catapult Data

Good Morning! The week 0 game in Ireland had fumbles on fumble on fumbles but a great start to the season. With that first game, the teams were able to track the total yards ran and high speed yards achieved via catapult of each individual player. Today, I will talk about the importance of this data and why they track this.

Catapult Data

In football, one of the biggest challenges is managing player workload during practices. Too much running volume or intensity can increase the risk of soft tissue injuries, especially hamstring strains. Too little, and players may not be prepared for the demands of the season. This is where Catapult GPS data has become valuable for both coaches and sports medicine staff.

Catapult tracks total yards run and high-speed yards run in every practice and game. These two measures give us a clearer picture of what an athlete’s body is being asked to handle.

• Total yards show the overall running load, which accumulates stress across the musculoskeletal system.

• High-speed yards isolate the more demanding movements, such as sprinting or breaking into top speed. These high-intensity efforts place much greater strain on tissues and are closely linked to soft tissue injury risk.

Both numbers matter. A player can run a high number of total yards without much risk if those yards are covered at lower intensities. But once high-speed yards start to spike, the likelihood of injury increases, particularly if the increase is sudden or not matched with adequate recovery.

For example, if a defensive back averages 800 high-speed yards per week and one practice session pushes them to 400 high-speed yards in a single day, that is a major jump in workload. If this happens without proper build-up, their body may not adapt well, raising the chance of hamstring or groin injuries.

The benefit of tracking this data is the ability to adjust training before injuries occur. If we see that a player’s total or high-speed yards are higher than their baseline, we can scale back their reps in the next practice, modify drill design, or reduce sprint exposures. Likewise, if the data shows that a player is consistently under their expected workload, we can gradually build them up so they are better prepared for game demands.

From a physical therapy perspective, this monitoring aligns with what we know about tissue adaptation. Muscles and tendons respond best to gradual, progressive loading. They break down when the load is increased too quickly. By tracking yards and high-speed running, we can better control that progression and keep players on the field.

Ultimately, Catapult gives us objective data to guide decisions that used to rely mostly on observation and player feedback. Coaches, athletic trainers, and physical therapists can work together to balance performance with injury prevention. The goal isn’t to limit players unnecessarily, but to manage their workload so that they are prepared for competition without being exposed to preventable injuries.

As football continues to integrate sports science, tools like Catapult are becoming essential. Tracking total yards and high-speed yards provides a simple but effective way to measure load, prevent injuries, and maximize player availability throughout the season.