MEASURED PERFORMANCE
What TrackFIT measures — and how WITFL Ranks Your Results
TrackFIT challenges collect high-resolution performance data using EchoTrak™ sensor with patent pending Motion DNA Signature™ Tracking and biomechanical analysis. The WITFL verifies and ranks
the results so athletes and teams can compare performance across locations,
venues, and environments (indoor or outdoor).
What gets measured
Distance, Speed & Splits
Total distance covered, split times, and speed profiles captured across straight-ahead efforts up to 100 meters.
Acceleration & Deceleration Rates
The rate of acceleration and deceleration over time, including transition efficiency during start, drive phase, and shutdown.
Change of Direction & Agility
Shuttle and sport-specific movement (including 5-10-5) measured for braking, re-acceleration, and directional efficiency.
Impact Forces
Impact forces absorbed at ground contact — how the body handles load when landing, stopping, or changing direction.
Effort Forces
Effort forces produced to propel the body forward or redirect momentum — the athlete's output per contact over time.
Directional Forces
Forces generated and redirected during lateral and rotational movement, including how efficiently momentum is redirected through cuts and turns.
Biomechanics & Exercise Technique
How the athlete moves — posture, joint sequencing, stride mechanics, and technical efficiency during sprint, shuttle, and transition phases.
Motion DNA™ Score
A composite representation of the athlete's unique movement signature, reflecting strengths, limitations, efficiency patterns, and technical tendencies.
Consistency & Fatigue
Output stability across repeated efforts — identifying fatigue rate, efficiency loss, and performance sustainability.
Metrics shown are representative of common TrackFit challenge outputs. The exact set of measured outputs may vary by
sport, event format, and session configuration.