VeraMotion | new, objective shoulder data to measure recovery
Wearable shoulder assessment

A new kind of shoulder data. An objective measure of recovery.

VeraMotion is an arm-mounted wearable assessment tool, and a new way of measuring the shoulder. A single motion sensor worn on the upper arm captures shoulder movement in a detail everyday assessment hasn’t offered before, giving you and your care team a valuable, objective measure of recovery week by week. Each set of movement uploads to your clinical team automatically.

Illustration of the VeraMotion motion sensor worn on the upper arm over an anatomical shoulder, with movement traced through an arc and data uploading wirelessly to a dashboard: capture, upload, analyse

Capture, don’t guess

A research-grade motion sensor on your upper arm records shoulder movement in fine detail, wherever you are. No cameras, no lab, no clinic visit required.

Uploads itself

Choose the movement, press Start measurement, and press End measurement when the protocol is complete. The recording is labelled with the patient code, arm and selected movement.

Rehab, guided

An evidence-informed shoulder rehab hub with staged exercise guides from the Shoulder & Elbow Hub, plus a validated questionnaire to score your pain and function over time.

How it works

Four steps to captured movement

1

Wear the sensor

Strap the Movella DOT sensor to your upper arm. The wearing guide shows exactly where.

2

Connect

Open the data capture page in Chrome or Edge and pair the sensor over Bluetooth with one tap.

3

Select and record

Choose the movement, watch its guide, then press Start measurement. The sensor remains connected until you finish.

4

End and save

Press End measurement when the protocol is complete. The labelled recording is downloaded and its summary stays under My data.

Built on Movella DOT. VeraMotion uses the Movella DOT, a precision wearable motion sensor trusted in biomechanics research, as its measurement hardware. Read more on the device page.
The device

Small sensor, serious measurement.

VeraMotion pairs a clinically minded capture platform with proven measurement hardware: the Movella DOT, a wearable inertial sensor developed by Movella (Xsens), whose motion-capture technology has underpinned biomechanics research for over two decades.

What it is

The Movella DOT is a coin-sized inertial measurement unit (IMU) combining a 3-axis accelerometer, gyroscope and magnetometer. On-board sensor-fusion computes its 3D orientation in space in real time, streamed to your browser over Bluetooth.

Worn on the upper arm, that orientation stream becomes a rich, objective record of how the shoulder moves: how often, how far, and how it changes week by week through recovery.

Why it beats eyeballing

Visual estimates of shoulder movement vary widely between observers, and formal measurement usually needs a trained second person. A worn sensor records every session the same way, making change over weeks of rehab visible and trustworthy.

Movella DOT: key specifications

Size36.3 × 30.4 × 10.8 mm
Weight11.2 g
Sensors3-axis accelerometer (±16 g), gyroscope (±2000 °/s), magnetometer
Orientation accuracy0.5° inclination static, 1.0° dynamic (1σ RMS, manufacturer specification)
Live streaming rateUp to 60 Hz to the browser (up to 120 Hz on-board recording)
ConnectionBluetooth 5.0 Low Energy
Battery~8 hours continuous measurement, recharges via cradle
DurabilityIP68 dust- and water-resistant

Specifications from the Movella DOT user manual. VeraMotion is an independent assessment platform built to work with this sensor.

What VeraMotion captures

From Start measurement to End measurement, the sensor logs orientation, acceleration and angular velocity at up to 60 Hz. Each recording is time-stamped and labelled with the protocol, arm side and patient code.

What you see

A movement guide, a clear green start/red end control, live capture status, completed measurements from the session, and a growing summary history under My data.

Good to know

VeraMotion is an assessment and self-management support tool. It is not a certified medical device and does not diagnose conditions. Its data is there to inform conversations with your clinician, not replace them.

Wearing it

Where and how to wear the sensor.

The VeraMotion sensor sits in a soft armband on your upper arm. Consistent placement makes consistent data, and putting it on takes under a minute once you know the steps.

Three-panel wearing guide: position the armband on the outer upper arm midway between shoulder and elbow; orient the sensor centred on the outer arm; fit snug and secure so it does not slide or rotate
Photograph of the VeraMotion armband and sensor worn on the outer side of the upper arm

The armband in position: sensor on the outer side of the upper arm, band flat and snug, arm relaxed.

Applying the device, step by step

1. Get ready. Use the arm your clinician has asked you to measure. Skin should be clean and dry; wear the band on bare skin or over a thin sleeve, never bulky clothing. Check the sensor is charged.

2. Power on the sensor. Press and hold the ON/OFF button for 2 seconds. The light shows green, then flashes yellow: ready to connect.

3. Seat it in the armband. The sensor clips into the armband cradle with its charging port lined up with the cradle’s port opening, so it always sits the same way round.

4. Loosen and slide on. Pull the knob on the adjustment dial outwards to release the band, expand it, and slide it up your arm (easiest with the elbow bent and the arm relaxed at your side).

5. Position it. Sit the sensor on the outer (lateral) side of your upper arm, roughly midway between the bony tip of your shoulder and the outside of your elbow, over the muscle bulk. Keep the band flat against the arm, not twisted.

6. Tighten and lock. Hold the sensor in place and turn the dial clockwise until the band is snug, then press the knob back in to lock it. Now connect on the data capture page: the light flashes green every 10 seconds when connected, and double-flashes while measuring.

Getting the fit right

Snug, not tight. The band should grip firmly enough that the sensor doesn’t slide or rotate, without pinching, leaving deep marks, or causing tingling. If your fingers tingle, your hand changes colour, or the band feels uncomfortable, loosen it a little.

Check it holds. Raise your arm once before you start. If the sensor moves on the skin, tighten the dial slightly or shift the band a little higher onto firmer muscle, and re-check after your first set.

Same spot every session. Use the same arm, the same position and the same orientation each time. A photo of your first placement makes this easy to match, and a similar time of day keeps sessions comparable.

Taking it off, and after your session

Pull the knob on the adjustment dial outwards to release the band, slide the armband off, then power off the sensor by holding the ON/OFF button for 3 seconds.

Clean the device after every use: wipe the sensor with a damp cloth and the armband with mild soap or non-abrasive disinfectant wipes. No bleach, and nothing abrasive. Recharge with the supplied USB cable; a full charge takes about 2 hours and lasts around 8 hours of measurement. If the sensor ever stops responding, hold the button for 11 seconds to reset it.

Comfort and safety

Don’t wear the sensor over open wounds, rashes, dressings or irritated skin, and stop using it if your skin becomes irritated. If you have a pacemaker, keep the sensor at least 15 cm (6 inches) from your chest.

Move only within a comfortable range and avoid movements that clearly aggravate your condition. Stop any movement that causes sharp or worsening pain.

Sensors are checked and calibrated by the clinical team (using the Movella DOT app’s magnetic field calibration) before first use and when moved to a new location, so measurements stay accurate where you use them.

The standard movement routine

Stand with your hands relaxed by your sides, then perform 10 slow repetitions of each movement, within comfort:

Forward flexion: lift the arm forwards, as high up as possible.
Extension: pull the arm as far back as possible.
Abduction: lift the arm out to the side, as far as possible.
External rotation: with the elbow bent to 90° and tucked in, rotate the forearm away from the body.

Try to keep your trunk still and let the shoulder do the work. If your clinician has given you a different routine, follow theirs.

Before you start moving

Once connected, stand relaxed with your arm hanging loosely at your side for a few seconds before your first movement. That quiet start gives your clinical team a clean reference point in every recording.

Select the required protocol on the data capture page. Press Start measurement while standing still, complete the repetitions shown, then press End measurement.

Data capture

Connect. Choose a movement. Start when you are ready.

Connecting the sensor prepares it but does not start logging. Select the required shoulder protocol, follow the movement guide, then use the green button to start and the red button to end the measurement.

Sensor connection

No sensor connected. Strap the sensor on (see wearing guide), switch it on, then connect.

Session setup

The patient code, arm and selected movement are attached to every completed measurement. Without a patient code, the summary stays on this device only; the raw CSV is still downloaded when you end the measurement.

Measurement protocol

Choose a movement

Connect the sensor and choose a movement to begin.

Movement guideSelect a protocol to see the movement animation.
Waiting for a sensor.
Logging will not begin until you press Start measurement.
Movement signal
0
Measurements
0:00
Recording time
0
Samples captured
Shoulder score

Put in your Oxford Shoulder Score.

Alongside the movement the sensor captures, your care team wants to know how your shoulder feels and functions day to day. Complete this short questionnaire when your clinician asks, or every week or two: it saves and uploads like everything else, and your scores build a trend under My data.

Oxford Shoulder Score

A validated 12-question measure of shoulder pain and function during the past 4 weeks. Choose one answer for each question, then save. Scores run from 0 to 48, higher is better, and your score is tracked alongside your movement data. (The Oxford Shoulder Score is © Oxford University Innovation and is used under licence.)

My data

Your captured data, in one place.

Every captured movement set and questionnaire lives here on this device, and uploads automatically to your clinical team when a patient code is set.

Oxford Shoulder Score over time
From the Shoulder score questionnaire. Scored 0 to 48, higher is better

Automatic upload

Export & backup

Download your data to keep a copy or hand it to your clinician directly.

Saved measurements & questionnaires

DateTypeArmDetailsUpload

Nothing saved yet. Run a capture session or complete the Oxford Shoulder Score.

Rehab hub

Shoulder rehab, staged and sensible.

General, evidence-informed guidance for getting a stiff, painful or recovering shoulder moving again, with exercise guides from the Shoulder & Elbow Hub. If you’re under the care of a clinician, their programme comes first: use this hub to support it.

Phase 1 · Calm & protect

Settle pain and keep the shoulder gently moving. Short, frequent sessions of pendulum and supported movements; ice or heat as comfort dictates; keep using the arm for light daily tasks within comfort.

Phase 2 · Restore range

Progressively rebuild active range with wall walks, stick-assisted elevation and gentle rotation work. Wear the sensor while you exercise so your team can see the change from week to week.

Phase 3 · Build strength

Load the shoulder with bands and light weights, restore control overhead, and return gradually to sport, DIY and lifting, guided by symptoms the next day rather than just during exercise.

See a clinician promptly if you have: shoulder pain after significant trauma, sudden loss of movement, a hot swollen joint, fever, unexplained weight loss, or constant night pain unrelieved by position change. This hub is general information, not a diagnosis.

Exercise library

Illustrated step-by-step guides from the Shoulder & Elbow Hub. Select any guide to view it full size.

Track how your shoulder feels. Score your pain and function with the Oxford Shoulder Score every week or two; it sits alongside your movement data under My data.
For clinicians

What a single arm-worn sensor could do for shoulder assessment.

Shoulder assessment today rests on visual estimates of range, a goniometer at best, and questionnaires. A single arm-mounted IMU adds something new alongside these: the full kinematics of every repetition a patient performs, in clinic or at home. This page shows the kind of data VeraMotion produces and how it can support and extend shoulder assessment.

What the data can show

Every repetition, in full kinematic detail

Ten repetitions of flexion from a single fatigue protocol, time-normalised and overlaid: joint angle, angular velocity and acceleration for each repetition. Range is only the start; speed, symmetry of raise and lower, and smoothness all become measurable, repetition by repetition.

Three stacked plots of ten overlaid flexion repetitions: flexion angle, angular velocity and acceleration against normalised time

Fatigue and consistency across repetitions

Maximum flexion angle for every repetition, across a cohort, with per-participant trend lines. Repeated effort exposes fatigue behaviour and rep-to-rep consistency that a single best-effort measurement in clinic cannot see.

Scatter plot of maximum flexion angle against repetition index for many participants, with individual trend lines

Movement quality, quantified

A figure-of-eight tracing task plotted as abduction against flexion, summarised by a fluidity metric. Complex functional movements can be scored for quality and smoothness, not just how far the arm gets.

Trajectory plot of abduction angle against flexion angle for a figure-of-eight task, with a fluidity metric in the title

Figures from VeraMotion development and feasibility work.

Where this could take shoulder care

Recovery you can plot

Objective baselines before surgery and weekly curves after it: range, speed and smoothness recovering (or not) over time, with the Oxford Shoulder Score captured on the same timeline for correlation with how patients feel.

Assessment beyond the clinic room

Patients capture standardised movements at home in a browser; each set uploads itself. That means more measurement points between appointments, honest adherence data, and potential for waiting-list and post-operative monitoring at scale.

New research questions

Fatigue protocols, movement-quality metrics, sensor-versus-examination validity, PROM correlations: a standardised capture pipeline with full traces exportable per repetition opens questions that were previously confined to motion labs.

Where it stands

VeraMotion is being evaluated in a clinical feasibility study in orthopaedic outpatient clinics, comparing sensor output with clinical examination findings and patient-reported outcome measures. Live in-browser analysis, like the figures above, is the roadmap; today the platform captures and delivers the raw data.

How the data flows

Patients enter a clinician-issued code, choose a prescribed protocol and explicitly start and end each measurement. Completed summaries and a reduced orientation trace can upload to your configured database, while the full raw CSV downloads to the device.

Hardware & intended use

Movella DOT sensors: research-grade IMUs (11 g, IP68, ~8 h battery) in a reusable armband. The VeraMotion System is intended to measure, record, analyse and report arm motion during instructed arm movements, used by trained clinicians with patients under their care; its data informs, rather than replaces, clinical assessment.

Interested in the data, or in collaborating?

We’re keen to talk to physiotherapy and orthopaedic teams about study design, standardised movement protocols, and what objective shoulder data could do in your service.

Get in touch
Contact us

Talk to the VeraMotion team.

For questions about VeraMotion, clinical collaboration or the shoulder assessment platform, get in touch by email.

Email

We will direct your enquiry to the right person.

hello@veramotion.co.uk
About us

Objective shoulder measurement, made practical.

VeraMotion is a wearable shoulder-assessment platform designed to help patients and clinical teams capture meaningful movement data beyond the clinic room.

Simple to use

A single upper-arm sensor captures movement without cameras, a motion laboratory or a separate app.

Built around recovery

Movement sessions and patient-reported shoulder scores can build a clearer picture of change over time.

Supports clinical care

VeraMotion data informs clinical assessment; it does not replace advice or decisions from a trained care team.