3D biomechanical model of a sprinting athlete3D biomechanical model of a sprinting athlete3D biomechanical model of a sprinting athlete3D biomechanical model of a sprinting athlete
Match footage of the same sprintMatch footage of the same sprint
FITWISEFITWISE

Lab-grade sprint analysisin game and training

Best-in-class data on performance and recovery

UEFA Champions LeaguePremier LeagueLigue 1NFL

SPRINT BIOMECHANICS

24.8°

knee flexion @ toe-off

How it works

Broadcast match footage collageBroadcast match footage collage

Broadcast footage

We track sprint biomechanics in game and training sessions.No installation or additional hardware. Works with archive footage too.

Broadcast footage stepBroadcast footage step
Full 3D body model reconstructionFull 3D body model reconstructionAthlete source photoAthlete source photo

[00:00:00] Scanning ATHLETE...

3D reconstruction

We collect lab-grade biomechanics data in-situ.State-of-the-art movement metrics, including the S-MAS score, are automatically computed.

3D body model reconstruction3D body model reconstructionAthlete reference photo
Deviation detection against each athlete's baselineDeviation detection against each athlete's baselineDeviation detection against each athlete's baseline

We detect deviations before they become a problem.Each athlete’s movement baseline is built automatically and used to flag changes in technique across every session.

Shin angle tracked against a personal thresholdShin angle tracked against a personal thresholdShin angle tracked against a personal thresholdShin angle tracked against a personal threshold

From population-level norms to personalized thresholds for each athlete.

Every athlete has unique sprint biomechanics, shaped by their running style and injury history. Instead of comparing them to general thresholds, we compare how they run against their own healthy baseline and detect when movements deviate from the usual pattern.

Fitwise insights dashboardFitwise insights dashboard

Actionable insights

We show trends at the squad, game, and individual athlete levels.The data directly informs decisions on player availability, training load, and return-to-play.

Working across elite leagues

UEFA Champions LeaguePremier LeagueLigue 1Serie ANFL

FitWise is a non-invasive way for data continuity between trainings and games

European football

We support broadcast and tactical cameras from games and existing training footage.

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Soccer athlete in red kit

forward trunk lean

18%

Within Baseline

0%

100%

American football player leaping with ball

Biomechanics

Trunk position

15°

Optimal: 240ms

14°

10°

40

60

80

American Football

We support all-22 footage from games and practices.

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Backed by science

Two peer-reviewed research programmes, 200+ athletes, 1,000+ matches. Proving that 3D biomechanics from broadcast footage enables better decisions about player availability.

PRISM

Pre-Injury Sprint Mechanics. 104 soccer athletes, ~500 matches.

Tracking biomechanical changes that precede hamstring injuries.

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Soccer athlete controlling the ball

Biomechanics

Trunk position

218ms

Optimal: 240ms

14°

10°

40

60

80

American football athlete diving with ball

Injury risk

78%

Injury risk is high

0%

100%

American Football

Play-by-play biomechanics. Position-specific profiles for skill-position athletes. Quarter-by-quarter mechanical tracking.

8,700+ plays processed. SHIFT study validates across 100 athletes.

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Latest insights from our blog

Expert articles, interviews with industry leaders, and video content from the intersection of biomechanics and sport performance.

View all insights

2.80 ± 0.0533 GRID2,950 ± 30 lx

Ready to see what your broadcast footage reveals?

Request a free retrospective analysis of your squad — a 3-page FitWise Briefing with biomechanical insights from your recent matches.

Request a Fitwise Briefing