.png)
CMJ Test Analysis with VALD Force Plate: Power BI Dashboard Insights
- Enrico Mordillo
- Feb 20
- 1 min read
📊 Decoding Neuromuscular Performance: Turning VALD CMJ Data into Actionable Insights
In elite team sports, the challenge is no longer data collection, but transforming complex neuromuscular metrics into actionable insights for performance and medical staff.
I developed a Power BI dashboard to analyze Countermovement Jump (CMJ) data collected via VALD force platforms, with the goal of improving interpretation, daily monitoring, and return-to-play decision-making.
“If you want to download the Power BI dashboard, go to the bottom of the page.”
VALD testing provides a huge amount of valuable information — including force-time variables, RFD, impulse, contraction kinetics, asymmetries, and neuromuscular indicators.
To simplify this complexity, the dashboard uses scatter plots to create clear and intuitive individual neuromuscular profiles, allowing practitioners to benchmark athletes and quickly identify strengths or deficits.
Key monitoring areas include:
• Eccentric, Concentric, Flight, and Landing phase analysis
• Jump Height, Peak Power, RSI-modified
• Rapid Force Development & stiffness profiling
• Neuromuscular readiness indicators
• Concentric and landing asymmetries
• Athlete comparison and session tracking
An initial alert box provides rapid screening by flagging:
➡️ Athletes exceeding asymmetry thresholds
➡️ Potential injury risk profiles
➡️ Phase-specific neuromuscular deficits
From a visual perspective, the dashboard was designed with a Manchester United–inspired layout to combine performance analytics with a strong football identity.
All data and player references are included for illustrative purposes only.
🎯 The objective is to transform CMJ testing into a practical daily monitoring and decision-support tool for performance optimization and injury prevention.
Comments