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

Turn the pitch
into a biomechanics lab

Best-in-class data on performance and recovery

UEFA Champions LeaguePremier LeagueLigue 1Serie ANFL

SPRINT BIOMECHANICS

31.8°

overstride angle at Touchdown

How it works

Broadcast match footage collageBroadcast match footage collage

Broadcast footage

FitWise turns existing video into 3D biomechanics.
No sensors. No wearables. No new hardware.

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 measure biomechanics for every step: sprint phases, joint angles, speed, and asymmetry.The same measurements captured in a motion lab.

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

FitWise tracks every athlete against the baseline.Their personal baseline is built from their biomechanics in the healthy games.

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

See how their movement changes from game to game.

Each athlete is compared to their own healthy movement, not a population norm.

Fitwise insights dashboardFitwise insights dashboard

Actionable insights

FitWise tracks how each metric drifts from the athlete's personal baseline, game after game.This data drives decisions on availability, training load, and return-to-play.

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

FitWise tracks an athlete's biomechanics throughout matches, training sessions, and recovery, quantifying how their movement differs from their healthy baseline.

HOW IT WORKS

Whitepaper

Accuracy study

Comparing our system to MoCap suit data in a lab.

August 2026

HOW IT WORKS

Broadcast footage3D sprint

From broadcast to 3D sprint

STEP-BY-STEP WALKTHROUGH

4.80±0.05 GRID2,950±30 lx

Working across elite leagues

UEFA Champions LeaguePremier LeagueLigue 1Serie ANFL

From population-level thresholds
to personalized baselines

FitWise compares each athlete with their own healthy movement, measured from the video your club already records.

Football

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

Every sprint in every game, measured against the athlete's own baseline.

Soccer athlete in red kit

forward trunk lean

21°

Within Baseline

0%

100%

American football player leaping with ball

Biomechanics

hip flexion at toe-off

52°

baseline median: 41°

50°

30°

40

60

80

American football

We support all-22 footage from games and practices.

Every snap measured against the athlete's own baseline.

Explore FitWise LAB

Latest from our blog

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

Read more

2.80 ± 0.0533 GRID2,950 ± 30 lx

Try it on your own athlete

Pick one athlete. We will build their analysis and in-depth report for free.
All we need is video: no sensors, no medical data.
We are offering this to 10 clubs in 2026.

Contact us