From the field to the report.

Ten seconds of video, in situ or in the lab, become a 3D skeleton and metrics placed against their norms.

of video, in situ or in the lab
10 s
of video, in situ or in the lab
3D angles, right and left
43
3D angles, right and left
of processing, no markers
1 to 3 min
of processing, no markers

01 · In the field or in the lab

Measurement goes wherever the athlete trains.

  • In situ, with a smartphone

    On the road, the track or the trail: measurement goes where lab systems cannot.

  • Or in the lab

    On the trainer or the treadmill, the same analysis, with no markers to attach and no cameras to calibrate.

  • One to three minutes

    Ten seconds of video; one minute for the side view, three for full 3D.

02 · Mechanical performance

Every angle, compared with the norms.

  • 43 angles, right and left

    Including what a side view cannot see: knee rotation, pelvic tilt.

  • Placed against published norms

    The range where studies agree and the range of most measured athletes, by discipline, position and level.

  • Across the whole movement

    Overlaid pedalling cycles, right and left, and progress from one session to the next.

Knee, hip and elbow angles at the key points of the pedal stroke, right and left, placed against their norms

03 · Paths and forces

For every movement, what the eye cannot see.

  • Movement paths

    The path of every joint, cycle after cycle: regularity and symmetry of the movement.

  • Ground forces, without a force plate

    Estimated from the filmed movement: in development.

  • Running, walking, squat, jump

    The same reading for every movement, with right and left asymmetry as a percentage.

The path of the heel and toe of each foot, cycle after cycle

Our norms rest on an in-depth review of the studies and our calculations on published biomechanics methods. Every analysis gives a report to hand to the athlete, sources cited, and its raw outputs to download (OpenSim, JSON).

The decision remains yours. Motion measures and places; you know the athlete, their history and their goals.

In the race

The position actually held in a race.

Filmed from a motorbike or a follow car, for the whole squad, then processed in batch.

  • At the end of the effort

    The position that degrades with fatigue, which no measurement on rollers captures.

  • On the extensions, after two hours

    Not the ten seconds held on the trainer: the gap between the two costs watts.

  • Aerodynamics

    Frontal area and CdA estimated from the same video.

Validation

Accuracy, measured before it is promised.

Comparing a measurement with a reference system is the only way to know what it is worth. So we give the figure along with its caveat.

  • In progress

    Comparative study

    With a biomechanics laboratory, our measurements compared with those of a marker-based optoelectronic system. Early results: a difference of under three degrees on joint angles, still to be confirmed.

  • Next

    The full results

    Published with their protocol and the difference measured joint by joint.

  • For every movement

    The same method everywhere

    Each new sport compared with the reference before it is offered.

For organisations

The tool is built around your protocols.

On quotation for clubs, teams, labs and federations: multiple accounts, your reference values, on-site setup.

  • Custom modules

    Your test, your protocol: we build it on our engines, and the whole squad is followed in one place.

  • Your reference values

    Published norms, or your own internal criteria.

  • Beyond cycling

    Running, walking, squat, jump: a new movement is a protocol to write, not a technology to invent.

Try it on your own footage.

15 days to make up your mind, no credit card required. We can also analyse a session you have filmed, together with you.

No commitment · Analyses included in the subscription