Spinning & tilting
The surroundings seem to spin, the body feels as if it is tilting or the spatial axis briefly shifts.
Dizziness & balance
Explore dizziness functionally — when orientation and balance become unstable
Whether in a supermarket, during head movements or on uneven ground, what matters is under which conditions the nervous system loses orientation. Applied Neurofunction breaks the pattern down into specific components, tests targeted inputs and then reassesses the original task.
Visual overload
Shelves, crowds or moving surroundings feel overwhelming.
Head movement
Turning, tilting or walking while shifting your gaze makes you feel unstable.
Body orientation
Darkness, uneven ground or closed eyes make you feel unsteady.
About these images: The scene images on this page are AI-generated illustrations. They do not show real clients or document actual situations in my practice.
Beyond asking: when do I feel dizzy?
Which combination of vision, head movement and body awareness becomes unstable?
The observable result
‘Dizziness’ can describe very different functional patterns
The label alone does not determine the assessment pathway. Direction, triggers, duration and associated changes suggest which components should be explored more closely.
Swaying & unsteadiness
The ground feels soft, your walking path drifts or standing without support requires unusual attention.
Light-headedness & disorientation
Your head feels ‘foggy’, gaze shifts are tiring or moving surroundings disrupt orientation.
Movement-related symptoms
Turning your head, looking up, standing up, driving or walking while shifting your gaze triggers the pattern.
Medical assessment takes priority if dizziness is new and very severe, or occurs with neurological deficits, altered consciousness, new hearing loss, severe headache or chest pain.
Orientation emerges from systems working together
The eyes, balance organs and body awareness need to tell the same story
The nervous system combines several sources of information into a stable picture of the head, body and surrounding space. Even an imprecise component or an unhelpful combination can make orientation considerably more demanding.
Visual system
Fixation, saccades, smooth pursuit and optic flow report what is moving in the visual field and where a target is located.
Vestibular system
The balance organs detect rotation, acceleration, tilt and the head's orientation relative to gravity.
Proprioception
The feet, joints, muscles, skin and neck report how the body is positioned, bears weight and moves through space.
Central integration
Precisely combining this information enables clear vision, a stable body axis and steady walking.
Important for assessment: Two areas may appear unremarkable individually and only show difficulties in combination — for example, head movement with fixation, or closed eyes on a soft surface.
The conditions provide a clue
When dizziness occurs changes the entire assessment pathway
That is why I begin with the situation in which orientation actually becomes unstable, rather than a generic balance exercise.
Supermarkets & crowds
Many visual targets, rapid gaze shifts and surrounding movement increase the demands on fixation, optic flow and sensory filtering.
Turning your head & looking up
The eyes must keep a target stable despite head movement, while vestibular signals report direction and speed.
Darkness & uneven ground
Less visual guidance increases the importance of information from the feet, joints, neck and balance organs.
Walking & looking at the same time
Stabilisation, eye movement control and spatial navigation must work together dynamically under changing demands.
From a broad view to specific functions
Which functions can be assessed specifically in dizziness?
Initial screening shows which task causes stability to deteriorate. We then break down that area further through testing and retesting.
Gaze stability
Fixation near and far: Does a target remain still and clear? Does head movement change visual acuity or your subjective sense of stability?
Eye movements
Saccades, smooth pursuit and optokinetic responses: Are target accuracy, movement flow, direction and endurance consistently organised?
Head & balance
Rotation, inclination, tilt and linear movement: Which plane changes vision, standing, walking or the feeling of dizziness?
Neck & body position
Head repositioning accuracy and joint position: Can the body accurately return to a specified position, even without help from the eyes?
Feet & surfaces
Plantar sensation, pressure distribution and standing conditions: How does stability change with the eyes open or closed and on different surfaces?
Combinations & everyday life
Walking, gaze shifts and multiple demands: Does the function hold up when vision, head movement and body stabilisation work at the same time?
Three example assessment pathways
A similar feeling of dizziness — very different functional priorities
These scenarios show how specific everyday situations can be broken down into components that can be assessed. The individual assessment pathway always follows the person's own pattern.
Scenario 1 · Visual processing
Dizziness among shelves, people and moving images
- Typical everyday pattern
- Standing quietly is manageable, but supermarkets, crowds or watching passing movement cause light-headedness, unsteadiness or visual disorientation.
- Neurofunctional screening
- Standing and walking are compared first without, then with gaze shifts, moving surroundings and head movement. This reveals which visual demand changes stability.
- Detailed assessment
- Fixation at different distances, saccade accuracy, smooth pursuit, optokinetic responses and eye–head coordination are assessed individually and in combination.
- Integration & retest
- The most suitable visual input is integrated at an appropriate dose, then assessed with the same task that previously showed a difficulty — such as scanning several targets while standing or walking.
Scenario 2 · Vestibular stabilisation
Unsteadiness with head movement, position changes or walking
- Typical everyday pattern
- Turning your head, looking up, moving in bed or looking sideways while walking makes a target appear to jump, causes swaying or makes movement feel unsteady.
- Neurofunctional screening
- Visual clarity, standing and walking are compared at rest and during horizontal and vertical head movements. Direction, speed and the number of repetitions are deliberately standardised.
- Detailed assessment
- Stabilising a fixed visual target, different head movement planes and responses to rotation, tilt and linear movement are assessed separately, then combined with standing or walking.
- Integration & retest
- The best-tolerated movement direction is introduced in small doses with stable fixation. Target clarity, swaying and walking with head movement are then reassessed.
Scenario 3 · Proprioception
An unsteady body in darkness or on uneven ground
- Typical everyday pattern
- Swaying increases markedly with the eyes closed, in darkness or on a yielding surface. The position of the head, neck or feet often also feels unclear.
- Neurofunctional screening
- Standing, walking path and body axis are compared under altered visual and surface conditions. We also assess whether the head accurately returns to a specified position.
- Detailed assessment
- Head repositioning accuracy, distinguishing head from trunk movement, plantar sensation, pressure distribution and information from joints and skin are specifically assessed.
- Integration & retest
- Suitable sensory inputs at the foot, joint or neck are linked with positioning, standing and walking. Repositioning accuracy, swaying and the walking path are then compared again.
Why I look so closely
I know visual disorientation from more than professional training
A supermarket could become a real ordeal.
To find a product on a shelf, I had to scan each row extremely slowly. Every larger gaze shift made my orientation worse.
My symptoms at the time limited me so much that I could no longer work as an engineer. Driving was difficult and shopping extremely demanding. Visual disorientation during rapid gaze shifts was particularly noticeable.
Only when individual eye movements, stabilisation tasks and their connections with the balance and movement systems were assessed precisely did the diffuse overall picture gain a tangible structure.
That experience continues to shape my work: I want to identify which specific function becomes unstable under which conditions — and which input immediately helps organise it better — rather than approach all dizziness in the same way.
Systematic and individual
Turn a diffuse dizziness pattern into a concrete pathway
01Understand daily life
Review triggers, direction, duration, associated symptoms and previous findings.
02Starting point
Record vision, standing, walking and the personally relevant task in a comparable way.
03Assess the detail
Break down the area showing a difficulty into individual visual, vestibular or proprioceptive functions.
04Integrate input
Apply suitable sensory or motor inputs in a targeted, well-tolerated way.
05Retest identically
Assess directly whether vision, stability, walking or the everyday task is more clearly organised.
Would you like to understand your dizziness pattern more closely?
In a free first conversation, we explore which situations are difficult for you, which examinations have already taken place and whether Applied Neurofunction is a sensible next step for you.
FAQ
Common questions about dizziness and functional assessment
Which forms of dizziness can be considered functionally?
Examples include visually triggered disorientation, swaying, unsteadiness while walking and symptoms during head movements, position changes or complex everyday situations. The recurring functional pattern matters more than the label.
Why do I feel dizzy particularly in supermarkets or crowds?
The eyes must quickly locate many targets, filter moving inputs and work with head movement, balance and walking at the same time. Fixation, saccades, smooth pursuit, optic flow and their combinations are therefore assessed specifically.
Why assess the eyes, neck and feet alongside the balance organs?
Stable orientation comes from several information sources. The eyes report movement in the surroundings, the vestibular system reports head movement, and proprioception from the neck, joints, skin and feet reports body position. The function showing a difficulty may lie in any of these areas or their interaction.
How does Applied Neurofunction approach dizziness?
First, we establish a relevant initial task, such as gaze stability, standing or walking with head movement. We break the pattern showing a difficulty into components, test suitable inputs and then reassess exactly the same initial task.
Can I come with an existing medical diagnosis?
Yes. Existing findings and diagnoses help us understand the context. Functional assessment complements this information by exploring which specific visual, balance and body functions currently show difficulties in everyday life.
When should dizziness first be assessed medically?
New or very severe dizziness, neurological deficits, altered consciousness, new hearing loss, an unusually severe headache or chest pain require prompt medical assessment.