Clinical biomechanics

We measure what health makes possible.

Moviq Health brings clinical biomechanics into healthcare, turning human function into objective health data. We give healthcare a new dimension to understand how people move and how their function is changing, providing the data physicians need to make informed patient care decisions.

Illustrative chart of vertical force through one walking gait cycle. The patient's force peaks at 1.18 times body weight at loading, dips to 0.76 at mid stance, and peaks again at 1.12 at push-off, within a shaded reference range. An earlier study, in grey, shows lower peaks.

01 · The lab

Every step contains valuable health data.

Our lab creates a controlled environment to capture the health data within human function. Advanced biomechanical systems measure movement, force, and stability with precision, while standardized testing creates data that can be consistently compared across patients, against healthy reference values, and throughout an episode of care.

Inside the Moviq Health lab
Explore the lab  →

02 · What we measure

From performance
to patient care.

The same biomechanical data used in elite athletics to measure performance and understand recovery can also measure human function in healthcare. The biomechanical metrics are fundamental to human movement, and we bring the same precision used in elite sports to measure these capabilities in patients.

  • Elite sport
    An athlete performing a single-leg hop test
  • Healthcare
    A patient walking through a movement assessment in the lab
See what we measure

03 · The report

Turn movement
into clinical data.

The decisions physicians make shape the trajectory of care. We bring the highest quality of data in human function into healthcare by turning movement into standardized data physicians can use to understand how function changes over time.

Explore the report

Clinical summary

01 · Overview of function

The patient walks independently and demonstrates gait measures within reference. Reduced lower limb force production may limit higher demand activities, including stairs, rising from a low chair, and uneven ground. Independent mobility has been restored, but higher level physical capacity remains limited.

02 · Key findings

Gait measures are within reference, including walking speed and step timing. Force measures show reduced peak force, slower force development, and asymmetry between limbs. Balance measures indicate increased postural sway and reduced limits of stability.

03 · Comparison to prior tests

Gait speed has improved from 0.96 to 1.10 m/s and is now within reference. Peak force has increased from 8.4 to 10.2 N/kg, while force asymmetry has improved from 23% to 16%. These changes indicate meaningful progress, although force and symmetry remain below reference.

Metric Result Reference Status
Gait speed 1.10 m/s ≥ 1.00 Within
Cadence 108 steps/min ≥ 100 Within
Stride length, left 1240 mm ≥ 1150 Within
Stride length, right 1280 mm ≥ 1150 Within
Peak force 10.2 N/kg ≥ 11.5 Outside
Rate of force development 26 N/s/kg ≥ 30 Outside
Force symmetry 16% ≤ 10% Outside
Eyes open, firm (mCTSIB) 46 cm ≤ 30 Outside
Limits of stability 346 cm² ≥ 370 Outside

Why we built this

Health is lived
through how we move.

  • Imaging Structure
  • Blood work Physiology
  • Biomechanics Function

Healthcare can measure the structure and physiology of the body in extraordinary detail, but how people move and function is still largely described. Moviq Health brings that same precision to human movement, giving physicians a clearer way to understand recovery, measure functional change, and help patients return to the activities that matter to them.

Read our story