Tired of juggling multiple goggles for VNG and vHIT—or relying on bulky VNG goggles that can’t deliver a quality vHIT? VertiGoggles™ is the only all-in-one system suitable for all VNG tests and vHIT without compromise.
Please note that VertiGoggles™ is not available in all countries.
VertiGoggles™ are state-of-the-art binocular infrared video goggles engineered to simplify and elevate vestibular diagnostics. As the first fully integrated system combining comprehensive VNG (videonystagmography) and true, uncompromised vHIT (video Head Impulse Test), VertiGoggles™ empower balance clinics, audiologists, neurologists, and rehabilitation centers to evaluate both peripheral and central vestibular functions with confidence.
With robust 3D eye tracking under any lighting condition and precise head tracking, VertiGoggles™ provide reliable data for diagnosing dizziness, vertigo, and balance disorders, and for monitoring treatment effectiveness across clinical settings.
VertiGoggles™ support simultaneous dual-eye recording with frame rates and resolutions automatically optimized for each test, making them ideal for conducting vHIT as well as all standard VNG tests. The plug-and-play design simplifies setup—simply connect via USB to start assessments instantly.
Weighing only 97 grams, VertiGoggles™ feature an ergonomic, slip-resistant design and a soft, easy-to-clean face cushion for comfort during long tests. The elastic design adapts to various face shapes, including children, ensuring a secure and comfortable fit for all.
Magnetically held light-excluding covers block external light for precise testing. The built-in LED provides a program-controlled fixation target, while integrated fans prevent fogging, ensuring clear visibility for accurate assessments.
VertiGoggles™ features 3D real-time tracking and analysis of horizontal, vertical, and torsional eye movements. Test results include eye and scene videos, nystagmus graphs, and SPV graphs, and can be edited, replayed, and exported as branded reports. Integrated questionnaires and image uploads ensure complete diagnostic data within an easy-to-use, multi-location accessible file system.
VertiGoggles™ offer an extensive range of vestibular and oculomotor tests, categorized into the following modules to meet diverse clinical needs.
Our software's flexible architecture lets users start with the modules most relevant to their clinical needs and expand functionality anytime-ensuring adaptability as practice evolves and supporting long-term strategic planning.
Gaze Test
Calorics
Position Test (Supine Roll)
Positioning Test (Dix-Hallpike)
Custom Test
Video Head Impulse Test (vHIT)
Skew Deviation
Conventional Saccades
(horizontal and vertical)
Smooth Pursuit
(horizontal and vertical)
Optokinetic Test
horizontal and vertical)
Gaze Holding
(horizontal and vertical)
Gap Saccades Test
Overlap Saccades Test
Anti-Saccades Test
Predictive Saccades Test
Memory Saccades Test
Predictive Pursuit Test
Step-Ramp Test
Visually Enhanced
Vestibulo-Ocular Reflex
(VVOR)
Vestibulo-Ocular Reflex
Suppression
(VORS)
Dynamic Visual Acuity
(DVA)
Ocular Counter-Roll Test
Additional feature in Gaze Test, Positional Tests and Custom Test
VertiGoggles™ Wireless is a streamlined, cable-free solution for essential vestibular function testing. Featuring HD video recording and real-time head position display in the VertiMobile™ app, it allows clinicians to capture and review reliable results anytime, anywhere. The device integrates seamlessly with VertiPACS™, enabling 3D eye tracking, advanced analysis, reporting, and data management within a unified software platform.
Its ultra-lightweight design and Wi-Fi connectivity provide unmatched portability—ideal for bedside exams, mobile clinics, or any setting where flexibility matters.
The greatest clinical advantage of VertiGoggles lies in its unified diagnostic platform. All relevant examinations—including videonystagmography in different head–body positions in space, the various video head impulse tests, additional vestibular function tests for the detection of central vestibular deficits (e.g., skew deviation), as well as a range of oculomotor test procedures—can be performed using a single set of goggles connected to one centralized software solution. The previously necessary switching between different systems is completely eliminated.
In daily clinical practice, these video goggles stand out for their high measurement accuracy, low weight, and robust design. The system fully meets our high clinical requirements in terms of reliability and user friendliness.
Also of note is the high level of precision in scientific applications, such as the recording of antisaccades to identify deficits in inhibition and executive control, as well as the measurement of gap and overlap saccades to determine baseline reaction times and to better understand attentional processes.
