See the Duo workflow in action before deciding whether to enquire.
HeadX Duo
Crosshair laser with app-connected movement analysis
HeadX Duo combines crosshair-laser feedback with an inertial sensor and companion app. During a defined task, it records angular head movement for review. A clinician selects the protocol and interprets the output.
What does it do
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Range of Motion
The app records angular change during a clinician-selected active movement task. Review depends on consistent fitting, calibration and task instructions.
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Joint Position Sense
During a defined head-repositioning task, the app records angular error for interpretation alongside symptoms and the wider assessment.
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Stability & Control
The app records angular variation while a person performs a defined head-hold or movement task. The clinician defines the task and interprets the output.
Cervical Range of Motion
What it measures: The total angular range of active cervical movement across all planes, recorded in degrees. Because Duo uses an integrated IMU, no inclinometer, goniometer, or external reference target is required..
Cervical Joint Position Sense
What it assesses: how closely a person returns the head to a reference position after active movement.
Duo uses its integrated inertial sensor to record angular repositioning error without requiring a fixed wall distance. The result should be interpreted with the test protocol, symptoms and wider clinical assessment.
Choose a configuration, then enquire
HeadX Duo
HeadX Duo
Crosshair laser + inertial recording
Preis und Lieferung
Preis und Steuern — Vereinigtes Königreich
- Preis inkl. MwSt.
- £650.00
- Preis ohne MwSt.
- £541.67
- MwSt. (20 %)
- £108.33
£650.00
Steuern werden beim Checkout berechnet.
Lieferzeit nach Versand
- Vereinigtes Königreich
- 1–2 Werktage
- EU
- 3–5 Werktage
Lieferzeit nach Versand
- Vereinigtes Königreich
- 3–5 Werktage
Lieferung nach Vereinigtes Königreich
Lieferzeit und Verfügbarkeit werden beim Checkout bestätigt.
Der Versand ist kostenlos. Die genaue Höhe von Steuern und Zöllen wird beim Checkout angezeigt.

FAQ
What is the HeadX Duo?
HeadX Duo combines a head-mounted crosshair laser with an inertial sensor and companion app. During a defined task it records angular head movement and presents the protocol-specific output, such as active movement range or head-repositioning error. A clinician selects the protocol and interprets the result.
How does the HeadX Duo differ from the HeadX Kross?
HeadX Kross provides crosshair-laser visual feedback without digital data capture. HeadX Duo retains crosshair-laser feedback and adds app-connected inertial sensing, recording angular movement data for repeated-session review. The appropriate device depends on whether the clinician needs visual feedback alone or recorded measurement data.
What does the HeadX Duo record?
The inertial sensor records angular head movement during a defined task. The app can present outputs for active cervical movement and angular error during a head-repositioning task. Movement quality, control, symmetry or impairment are clinical interpretations rather than diagnoses generated by the device.
Which defined tasks can include HeadX Duo?
A suitably qualified clinician may select Duo within a defined active cervical movement or head-repositioning protocol. The recorded output is interpreted alongside symptoms, history and other findings. Duo does not diagnose concussion, whiplash-associated disorder, vestibular dysfunction, neck pain or other conditions.
How is HeadX Duo data accessed and stored?
Session data is stored on the device running the HeadX Duo app and can be exported using the functions available in the app. Organisations remain responsible for consent, access control, backup and their own data-governance requirements. Review the current privacy policy and app-store disclosures before deployment.
Who is the HeadX Duo designed for?
HeadX Duo is intended for suitably qualified clinicians and researchers who require recorded cervical movement data to support assessment, repeated-session review or a defined research protocol.