Beyond Anatomy.
We Measure Function.
Every step carries information about function. Moviq Health captures that information as objective data, revealing changes in mobility, force, and stability that can help clinicians understand function and guide care.
Every step produces a curve like this one.
We reveal the details within movement.
01 · The lab
Built for the details.
Engineered for the human body.
Every assessment begins with a controlled environment. Instrumentation captures gait, force, and stability at a level of detail designed for clinical measurement, turning a patient’s movement into a precise picture of function.
02 · The standard
Precision changed performance.
Now it can change healthcare.
For years, elite performance has used biomechanics to understand what the human body can do. Moviq Health brings that same level of measurement into healthcare, where the goal is not to perform better, but to recover better, function better, and live more independently.
Biomechanics helped elite athletes understand performance at a level the eye could never capture alone.
The same ability to measure movement can help clinicians understand recovery, identify functional limitations, and make better informed decisions about care.
03 · The report
Thousands of data points.
One clear clinical picture.
Movement generates enormous amounts of information. Our report brings the important findings together, turning complex biomechanical data into a clear picture of function that clinicians can use to understand what matters and decide what comes next.
Clinical summary
01 · Overview of function
Ambulatory function is within reference throughout: walking speed, cadence and both stride lengths are in range. Four of nine measures sit outside, and all four concern force production or steadiness in quiet stance. Limits of stability remain within range — this patient reaches a normal excursion boundary but is less steady holding position inside it.
02 · Key findings
Within reference: gait speed 1.10 m/s (ref ≥ 1.00), cadence 108 spm (ref ≥ 100), stride lengths 124 cm left and 128 cm right (ref ≥ 120), and limits of stability 460 cm² (ref ≥ 370). Outside reference: peak force 10.2 N/kg (ref ≥ 11.5), rate of force development 26 N/s/kg (ref ≥ 30), force symmetry 16% (ref ≤ 10%), and sway path length 46 cm (ref ≤ 30). Stride length differs between limbs by 3%. Force differs by 16%.
03 · Comparison to prior tests
Five measures have been tracked since the three-month study: gait speed up 0.14 m/s from 0.96; peak force up 1.8 N/kg from 8.4; rate of force development up 5 N/s/kg from 21; force symmetry narrowed from 23% to 16%; sway path length down from 58 cm to 46. All five have moved toward reference. Only gait speed has reached it.
Results
| Metric | Measured | Reference | Status |
|---|---|---|---|
| Gait speed | 1.10 m/s | ≥ 1.00 | Within |
| Cadence | 108 spm | ≥ 100 | Within |
| L stride length | 124 cm | ≥ 120 | Within |
| R stride length | 128 cm | ≥ 120 | Within |
| Peak force | 10.2 N/kg | ≥ 11.5 | Outside |
| Peak RFD | 26 N/s/kg | ≥ 30 | Outside |
| Force symmetry | 16% | ≤ 10% | Outside |
| Sway path length | 46 cm | ≤ 30 | Outside |
| Limits of stability | 460 cm² | ≥ 370 | Within |
Why we built this
We want to measure
how people live.
Every day, people walk, stand, recover, adapt, and move through the world. These actions are fundamental to health, yet much of what they reveal remains unmeasured. We want to change that.
DISCOVER WHY →