The same science trusted in elite sport.
Built for healthcare.
Elite athletes rely on advanced biomechanical analysis to make critical decisions. Healthcare deserves the same standard and precision.
Elite athletes measure movement.
Healthcare can too.
The smallest differences in movement can shape critical decisions about readiness, recovery, and return to play. Objective measurement brings those differences into focus.
Because when movement shapes important decisions, clinicians deserve objective information and patients deserve the confidence it provides.
Movement predicts outcomes.
Medicine hasn't caught up.
Each 0.1 m/s reduction in gait speed is independently associated with a 12% increase in all-cause mortality risk across older adult populations after adjusting for a median of nine potential confounders.
DOI 10.1016/j.jamda.2018.04.006
Patients clearing the standard 90% limb symmetry index threshold post-ACLR still demonstrated significant force asymmetry on objective kinetic testing. Clinical return-to-sport criteria remain disconnected from actual loading mechanics.
DOI 10.2519/jospt.2017.7285
Quantitative posturography—including COP path length, excursion, and sway velocity—outperforms standard clinical balance tests for identifying fall risk in older adults.
DOI 10.1016/j.gaitpost.2020.07.011
A report
built for decisions.
-
01
Objective Quantitative measurements replace subjective observation.
-
02
Standardized The same methodology across patients, providers, and visits.
-
03
Interpreted Expert analysis translates findings into clinical context.
-
04
Longitudinal Track meaningful change across visits.
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05
Actionable Support diagnosis, treatment planning, return-to-activity, and ongoing monitoring.
| Variable | Domain | Measured | Ref. Range | Status |
|---|---|---|---|---|
| Step Length — L | Gait | 0.61 m | 0.64 – 0.74 m | Below |
| Step Length — R | Gait | 0.69 m | 0.64 – 0.74 m | Normal |
| Cadence | Gait | 108 spm | 100 – 120 spm | Normal |
| Gait Speed | Gait | 1.10 m/s | ≥ 1.20 m/s | Below |
| Peak vGRF — L | Force | 1.08 BW | 1.15 – 1.30 BW | Below |
| Peak vGRF — R | Force | 1.22 BW | 1.15 – 1.30 BW | Normal |
| Symmetry Index | Gait | 88.4 % | ≥ 95 % | Below |
From movement
to decisions.
Moviq Health brings the familiar laboratory model to human movement, integrating seamlessly into clinical workflows to transform movement into actionable information.
Order
Biomechanical assessments are initiated through the clinician's existing workflow. Through FHIR integration with the EHR, providers can refer patients just as they would any other clinical service.
Measure
Patients complete standardized biomechanical assessments at a Moviq Health laboratory, where movement is captured using advanced technology.
Analyze
A Doctor of Physical Therapy reviews the results against established reference values, identifies meaningful deviations, and translates the data into clinically relevant findings.
Decide
A structured report is returned directly to the referring provider, providing objective information to guide treatment planning, monitor recovery, and support the next step in care.
Movement is the
next vital sign.
Help define
the future standard of care.
Healthcare has measured almost everything except movement. Join the clinicians bringing objective movement data into everyday practice.
See what recovery
actually looks like.
Objective movement testing gives your care team a clearer picture of how you're progressing—and what happens next.