How We Use Movement Screenings Inside the Ground Force Method for Academy to Pro Soccer Athletes

At Ground Force, we do not believe in guessing.

We do not believe every soccer athlete should be trained the same way, and we do not believe a generic template can solve individual movement limitations, performance leaks, or recurring overload patterns. Our process starts with seeing the athlete clearly. That is why we use Demotu as part of the Ground Force Method.

Demotu is a markerless 3D movement analysis platform that uses a phone camera to capture movement, analyze how major joints move through foundational patterns, and identify limitations in mobility, stability, and overall movement quality. Demotu states that assessments can be recorded in less than a minute and processed into a biomechanical analysis in under 60 seconds, which makes it practical in real training environments rather than just in lab settings.

For us, that matters because the Ground Force Method is built on one core principle: movement tells the truth.

Before we decide how much sprint volume an athlete needs, how aggressive we should be with plyometrics, or what strength qualities need the most attention, we first need to understand how that athlete moves. We need to see how they organize force, how they absorb load, how they control positions, and where compensations may be limiting performance or increasing stress over time.

That is where Demotu fits into our system.

We use it as a screening tool to establish a baseline. We use it as a movement analysis tool to help identify inefficiencies. We use it as a performance-monitoring tool to recheck changes over time. And we use it as a decision-making tool to guide individualized programming from academy-level players all the way to pro athletes. Demotu specifically describes its platform as helping coaches capture movement assessments, receive biomechanical insights, and turn that data into personalized training programs.

That distinction is important, because screening should not be confused with prediction.

The research around movement screening and injury prediction is mixed, and that matters.

A systematic review with meta-analysis found moderate evidence against using Functional Movement Screen composite scores as an injury prediction test in football (soccer), and concluded that the strength of association between FMS composite scores and subsequent injury does not support using it as an injury prediction tool.

That means a movement screen should not be treated like a crystal ball.

At Ground Force, we do not use Demotu to claim we can predict exactly who will get injured. We use it the way it should be used: to improve decision-making.

If an athlete shows poor single-leg control, reduced ability to organize trunk position, limited mobility through key ranges, or asymmetries that affect sprinting, landing, cutting, or deceleration mechanics, that gives us information we can act on.

We can modify exercise selection. We can adjust the plyometric profile. We can target stability where the athlete lacks control. We can improve force absorption. We can clean up positions that may break down when speed and fatigue increase.

That is where individualized training actually begins.

A lot of programs talk about personalization, but very few have a repeatable system behind it. Our model is simple. First, we assess movement. Second, we identify what the athlete is missing. Third, we build the training plan around those findings. Fourth, we reassess and monitor change.

Demotu supports that process because it allows us to see movement more objectively and repeat assessments over time. Demotu says it evaluates how each major joint moves and helps identify performance opportunities and movement limitations across the kinetic chain, while also supporting coaches in generating personalized recommendations from those findings.

For soccer athletes, this is especially valuable because performance is never static.

An academy player in a growth phase is changing constantly. A college or pre-pro athlete may be balancing training density, school, travel, and match load. A high-level player may be dealing with fixture congestion, residual fatigue, or recurring overload through the same tissues and movement patterns. Because of that, screening without monitoring is incomplete.

Load-management research in youth team sport shows some evidence of a positive association between cumulative load and injury, with youth soccer being the most studied sport in that review. The same review notes that mitigating excessive accumulation of load may be a practical injury-prevention strategy, while also recognizing that the evidence is not fully consistent and that athlete management needs to remain individualized.

That aligns with how we coach.

We do not just ask whether an athlete moves well on day one. We want to know whether movement quality improves, whether asymmetries are changing, whether the athlete is adapting to training, and whether the plan still fits the athlete in front of us. That is why Demotu is not just part of our intake process. It is part of our monitoring process.

Inside the Ground Force Method, that information helps shape everything from mobility work and prehab to strength progressions, plyometric dosing, sprint exposures, recovery decisions, and return-to-performance planning. It helps us move away from generic programming and closer to athlete-specific solutions.

For our academy to pro soccer athletes, the benefit is clear.

It helps us create a more complete athlete profile.It helps us build individualized training plans based on movement data rather than assumptions.It helps us identify limitations before they become bigger issues.It helps us communicate more clearly with athletes, parents, and staff.And in our setting, it has helped us reduce overuse issues by making training more specific to the athlete instead of forcing every athlete into the same model.

That is the real value.

Demotu does not replace coaching. It sharpens it.

It does not replace context. It adds clarity to it.

It does not replace watching an athlete sprint, cut, decelerate, or train under load. It gives us another layer of usable information so our coaching decisions are more precise.

That is exactly how we view the Ground Force Method. Assess what matters. Identify what is missing.

Build the plan around the individual. Reassess. Adapt. Progress.

For academy players, that means developing a stronger movement foundation before bad habits and overload patterns compound. For older and higher-level players, that means tighter monitoring, sharper exercise selection, and training that reflects the actual demands placed on the body throughout the season.

The end goal is not simply to screen movement. The end goal is to use movement information to build better athletes.

That is why Demotu has become an important part of our process.

At Ground Force, we are not interested in one-size-fits-all programming. We are interested in helping soccer athletes move better, train smarter, and perform at a higher level with a system that starts from what the athlete actually needs.

That is the Ground Force Method.

f you are serious about building your game from the ground up, start with a plan that matches your current level and your actual movement profile.

Ground Force offers tiered training plans for academy, advanced, and high-performance soccer athletes. Each plan is built to move beyond generic workouts by using assessment-driven coaching, individualized progressions, and a system designed around how you move, recover, and perform.

If you are an academy player developing your foundation, an elite youth athlete preparing for the next level, or a serious player looking for a more individualized performance model, we have a training tier built for you.

Apply for the tier that matches your level and let us build a program around your movement, your needs, and your performance goals.

https://www.app.demotuapp.com/@performiq

References

Demotu. 3D Movement Analysis & Movement Intelligence. Demotu states that it uses phone-based markerless motion capture, tracks how major joints move, evaluates mobility, stability, and movement quality, and returns analysis rapidly after recording.

Demotu. Platform Overview. Demotu states that its platform helps coaches capture assessments, receive biomechanical insights, and turn that data into personalized training programs.

Moran RW, Schneiders AG, Mason J, Sullivan SJ. 2017. Do Functional Movement Screen composite scores predict subsequent injury? A systematic review with meta-analysis. The review reported moderate evidence against using FMS composite scores as an injury prediction test in football (soccer).

Sniffen K, et al. 2022. Is Cumulative Load Associated with Injuries in Youth Team Sport? A Systematic Review. The review found some evidence for a positive association between cumulative load and injury in youth team sport, with substantial positive associations reported in youth soccer, while also noting inconsistency in methods and definitions across studies.