Visual-spatial perception: understanding this test and its links to dyspraxia
Getting lost in a familiar space, confusing b and d, missing steps — these difficulties often have a common origin. Complete guide on visual-spatial perception, its links to dyspraxia and dyslexia, the neurology of the dorsal and ventral pathways, school adaptations, and the DYNSEO test.
Visual-Spatial Perception: precise definition and components
Visual-spatial perception refers to the brain's ability to process and interpret visual information related to space — the position of objects in space, their mutual relationships, their orientations, their distances, and their movements. It is a complex cognitive function that involves much more than simple visual acuity (the ability to see clearly) — it is how the brain makes sense of what the eyes capture.
Visual-spatial perception includes several distinct subcomponents that can be achieved independently of one another. Visual discrimination — the ability to accurately distinguish differences between similar shapes, including letters with similar orientations (b/d, p/q, n/u, 6/9). Visual memory — the ability to memorize and accurately recall visual configurations (the shape of a word, the layout of a table). Figure-ground perception — the ability to isolate a relevant element in a complex visual background (finding information in dense text, spotting an object in a cluttered space). Shape constancy — the ability to recognize a shape regardless of its size, orientation, or context. Spatial position perception — the location of objects in relation to the body. Perception of spatial relationships — understanding the relative positions of objects to each other. Visual-motor coordination — real-time integration between visual perception and motor response (following a line with a pencil, catching a ball, copying a figure).
Neurological Bases: dorsal pathway and ventral pathway
Visual-spatial processing involves two major neural pathways originating from the primary visual cortex. The ventral pathway (or "what" pathway) extends to the lower temporal regions and processes object identity — their shape, color, and recognition in memory. It is the pathway that allows you to recognize that an object is a chair, that a face is that of your friend. The dorsal pathway (or "where" pathway) extends to the posterior parietal regions and processes the position of objects in space and spatial relationships — it is the pathway that allows you to grasp an object, evaluate a distance, and orient yourself in space.
Specific visual-spatial difficulties — particularly those associated with dyspraxia — are often linked to atypical functioning of the dorsal pathway and posterior parietal regions. The right parietal cortex plays a particularly important role in integrating somatosensory (what the body feels) and visual information — explaining the link between visual-spatial difficulties and motor coordination difficulties in dyspraxia.
The DYNSEO Visual-Spatial Perception Test
🧩 DYNSEO Visual-Spatial Perception Test
Free · Online · Immediate results · Accessible to families and professionals
This test evaluates several key components of visual-spatial perception — shape discrimination, spatial orientation, spatial relationships, visual memory, figure-ground perception. It generates a detailed profile that can guide a diagnostic approach or inform concrete educational adaptations.
Take the test now →What the test measures and how to interpret it
The DYNSEO Visual-Spatial Perception Test assesses the main components of visual-spatial perception through progressive items adapted to different levels. It identifies strengths (well-developed components that can serve as leverage in support) and areas of concern (components to explore in more detail with a specialized professional). The results can guide a consultation with a neuropsychologist, occupational therapist, or orthoptist by providing preliminary information on the most challenging areas for the tested individual — thus optimizing the nature and content of the clinical assessment.
Visual-spatial perception and dyspraxia: a central and bidirectional link
Dyspraxia — or Developmental Coordination Disorder (DCD) in current DSM-5 terminology — is the neurodevelopmental condition most often associated with significant visual-spatial difficulties. It is characterized by persistent difficulties in automating coordinated movements, despite normal or above-average intellectual levels and in the absence of obvious neurological injury. It affects between 5 and 6% of school-aged children, with a prevalence estimated to be 2 to 4 times higher in boys than in girls.
Dyspraxia: beyond clumsiness
Dyspraxia is often reductively described as "simple clumsiness" — which considerably minimizes its complexity and impact. Dyspraxia fundamentally affects the planning, organization, and automation of motor sequences. A dyspraxic child may intellectually know how to perform a gesture — tying shoelaces, cutting along a line, writing a letter — but their brain fails to automate this motor sequence, making it laborious, attention-consuming, and never truly fluid even after years of practice.
The link with visual-spatial difficulties is direct: planning a precise motor gesture (writing, drawing, catching) requires an accurate visual-spatial representation of the target space, the trajectory of the gesture, and the relationships between the objects involved. When this representation is imprecise or unstable, motor planning is inevitably disrupted.
| Visual-spatial difficulty | Typical school manifestations | Manifestations in daily life |
|---|---|---|
| Visual discrimination | Persistent confusion b/d, p/q, 6/9; copying errors | Difficulty recognizing similar objects; sorting errors |
| Spatial relationships | Poor space-page organization; confusing tables and columns | Easily gets lost; difficulty reading a plan or map |
| Visual memory | Forgets the spelling of already learned words; errors in delayed copying | Difficulty memorizing a route or faces |
| Figure-ground perception | Difficulty spotting information in dense text; loses their line | Misplaces belongings in a cluttered space; searches for visible objects for a long time |
| Form constancy | Poor recognition of letters in unusual fonts | Difficulty in visual recognition games (puzzles) |
| Visual-motor coordination | Difficult and slow writing; imprecise cutting; very difficult sports | Clumsiness; difficulties on stairs; catching moving objects |
Visual-spatial perception and dyslexia: complex and important links
While the link between dyslexia and phonological processing (the decoding of grapheme-phoneme correspondences) is well documented and widely recognized as central to the etiology of dyslexia, the relationships between dyslexia and visual-spatial processing are more complex and debated within the scientific community. Two main positions clash.
The dominant position considers dyslexia primarily as a phonological processing disorder — visual-spatial difficulties, when they exist, are secondary or comorbid. The alternative position, defended notably by Margaret Livingstone (Harvard) and Enrico Mariotti (Pisa) in connection with the magnocellular deficit theory, postulates that a subpopulation of dyslexics presents a deficit in rapid visual-spatial processing (magnocellular pathway) that directly contributes to reading difficulties — particularly letter inversions and visual instabilities during reading.
Regardless of the theoretical position, one thing is certain: a significant proportion of dyslexic children exhibit specific visual-spatial difficulties that deserve to be identified and supported — regardless of their causal relationship with reading difficulties. The DYNSEO b/d p/q Confusion Reminder is specifically designed to help dyslexic children anchor the distinctions between these similarly oriented letters through memorable visual associations.
Other conditions associated with visual-spatial difficulties
High Intellectual Potential (HIP) and strong visual-spatial profile
The high visual-spatial profile — a particularly marked strength in processing space, shapes, and spatial relationships — is frequently observed in high intellectual potential. Paradoxically, some HIP children with a strong visual-spatial profile may present "asynchronies" — a strong visual-spatial ability coexisting with difficulties in other areas (fine motor coordination, sequential processing, attention). This combination, sometimes referred to as "twice exceptional," can generate complex diagnostic puzzles.
Aftereffects of Stroke and traumatic brain injuries
Brain lesions affecting the posterior parietal regions — particularly in the right hemisphere — can generate acquired visual-spatial deficits of varying severity. Unilateral spatial neglect (hemineglect) — the inability to perceive and respond to stimuli located in the contralesional hemi-space — is one of the most striking manifestations. Difficulties in reproducing figures, reading maps, and spatial orientation are also observed after right parietal strokes. The CLINT DYNSEO app offers cognitive exercises tailored for adults in rehabilitation after a stroke, including visual-spatial processing modules.
Normal aging and dementias
Visual-spatial abilities decline measurably with normal aging — mental rotation, spatial navigation, and figure-ground perception are among the functions that degrade earliest. In Alzheimer's disease, visual-spatial difficulties (getting lost in familiar environments, difficulty recognizing objects in unusual contexts) are part of the characteristic manifestations and may appear early in certain forms of the disease. The SCARLETT DYNSEO app integrates visual-spatial stimulation activities tailored for seniors.
Rehabilitation of visual-spatial difficulties
Occupational therapy: the reference treatment
Occupational therapy is the reference treatment for visual-spatial difficulties in the context of dyspraxia. The occupational therapist works on visual-perceptual functions (discrimination, visual memory, perception of spatial relationships) and their integration into functional activities of daily and school life — writing, cutting, organizing the workspace. It also offers compensatory strategies (computer instead of handwriting, digital tools, adjustments to the workspace) and adaptations to the school environment (plans for personalized support).
Orthoptics: assessing the oculomotor dimension
The orthoptist assesses and rehabilitates oculomotor functions — convergence, eye tracking, saccades, fixation — that underlie comfort and visual efficiency during reading and tasks requiring fine visual-motor coordination. Oculomotor difficulties (insufficient convergence, poor saccade coordination) can significantly complicate perceived visual-spatial performance — rapid visual fatigue, words that "move" during reading, copying errors related to poor control of eye movement — and deserve to be evaluated before concluding a pure visual-spatial dyspraxia.
DYNSEO practical support tools
In daily life, several DYNSEO tools can support children with visual-spatial difficulties. The DYNSEO Visual Timer compensates for a frequent difficulty in dyspraxia — the perception and management of passing time — by making it visible and concrete. The DYNSEO Motivation Board helps maintain engagement in rehabilitation activities that can be laborious and frustrating over time. The DYNSEO 3-Column Board visually structures complex information for children whose organization of space-page and perception of relationships between elements is difficult — creating a clear grid that externalizes this organization.
For daily cognitive exercises, the COCO DYNSEO app offers progressive activities tailored for 5-10 year-olds, including visual and spatial processing exercises in a playful and engaging environment. For adolescents and adults in rehabilitation or seeking to maintain their cognitive functions, CLINT offers progressive training programs that include visual-spatial processing dimensions. The DYNSEO cognitive tests allow for regular assessment of performance evolution and adaptation of rehabilitation goals.
Differential diagnosis and referral to specialists
The DYNSEO Visual-Spatial Perception Test can reveal trends that deserve further exploration with specialized professionals. Several profiles of difficulties require different expertise.
If the difficulties seem primarily localized in motor coordination and writing, the occupational therapist is the frontline professional. If they fall within a broader learning difficulty context, an assessment with a neuropsychologist is recommended — they will conduct a comprehensive standardized evaluation including visual-spatial dimensions with normative references by age. If an oculomotor component is suspected (visual fatigue during reading, double vision, moving words), the orthoptist will provide essential complementary evaluation. If language difficulties or reading learning difficulties are associated, the speech therapist will complete the evaluation with their specific tools.
The DYNSEO training for health and education professionals covers these dimensions — providing teachers, rehabilitators, and families with theoretical and practical tools to better understand and support profiles with visual-spatial difficulties.
School accommodations for children with visual-spatial difficulties
Children with significant visual-spatial difficulties, particularly in the context of dyspraxia, can benefit from formalized school accommodations in a Personalized Support Plan (PAP) or a Personalized Schooling Project (PPS) depending on the severity of the difficulties and their functional impact. These accommodations allow for compensating for difficulties without denying them, and provide the child with the tools to demonstrate their actual competencies regardless of their specific visual-spatial difficulties.
The most frequently recommended accommodations include: permission to use a computer for written productions (when handwriting is too costly), enlarging documents (for children with figure-ground difficulties), sheets with clear visual markers (colored lines, visible grid), extra time for assessments (to compensate for slow writing), and adaptations of geometry and mapping materials (where visual-spatial difficulties can generate specific errors).
Conclusion: visual-spatial perception, a fundamental dimension too often underestimated
Visual-spatial perception is one of the most transversal and influential cognitive functions on academic and daily development — it relates to the learning of reading and writing, spatial orientation, motor coordination, and many daily activities that we take for granted. Its particularities, when they exist, deserve to be identified precisely and supported appropriately — not ignored or equated with laziness or lack of effort. The DYNSEO test is an accessible first step to explore this cognitive dimension, with kindness and without judgment, with a view to appropriate specialized support.
Take the Visual-Spatial Perception Test →FAQ
Is visual-spatial perception the same as vision?
No — vision (visual acuity) concerns the sharpness of the image captured by the eye. Visual-spatial perception concerns how the brain processes and interprets this image. One can have excellent visual acuity (20/20 in both eyes) and significant visual-spatial difficulties.
Is dyspraxia always associated with visual-spatial difficulties?
No — there are several forms of dyspraxia. Visual-spatial dyspraxia specifically involves difficulties in visual-spatial processing. Other forms (ideomotor, ideational) may have a normal visual-spatial profile. An occupational therapy assessment can clarify the profile.
At what age can visual-spatial perception be assessed?
Standardized assessments exist from the age of 4 (Beery VMI scales, for example). Certain signs — left/right confusion, disorganization of space-page, persistent clumsiness — are visible as early as kindergarten and should be reported to the doctor or speech therapist.
Do gifted children often have a strong visual-spatial profile?
Yes — a high visual-spatial profile is common in giftedness. Some gifted children may exhibit asynchronies where this strength coexists with difficulties in other areas, particularly fine motor coordination.
Can the DYNSEO test be used by health professionals?
Yes — it can be used as a screening and preparation tool before a specialized assessment, or as a discussion support with families. It does not replace validated tools (DTVP, Beery VMI, TVPS) used in clinical contexts with age norms.
How can you help a child with visual-spatial difficulties with their homework?
Visually structure the workspace (color markers, grids, charts), use compensatory tools (ruler to follow lines, finger to return to the line), prefer the keyboard over handwriting for long texts, and value the strategies developed rather than the residual errors.
Did this content help you? Support DYNSEO 💙
We are a small team of 14 people based in Paris. For 13 years, we have been creating free content to help families, speech therapists, care homes and healthcare professionals.
Your feedback is the only way we know if our work is useful. A Google review helps us reach other families, caregivers and therapists who need it.
One action, 30 seconds: leave us a Google review ⭐⭐⭐⭐⭐. It costs nothing, and it changes everything for us.
