A plain-language look at new evidence, written for parents of children with ADHD and for therapists curious about where technology genuinely earns its place in occupational therapy. The centerpiece is a 2026 randomized controlled trial testing virtual reality games layered onto traditional OT; we explain what improved, by how much, and where the evidence still needs more runway.
ADHD conversations tend to center on attention and impulsivity, but motor coordination and visual perception are quietly part of the picture too. Children with ADHD often show real challenges with fine motor precision, balance, and the visual-processing skills behind tasks like scanning a busy worksheet or picking a toy out of a cluttered bin. Traditional occupational therapy (TOT) is the established way to address these difficulties, and virtual reality has been emerging as a promising add-on, the idea being that a game-like, immersive environment might make repetitive motor and visual practice more engaging, and therefore more effective. A 2026 randomized controlled trial put that idea to a real test.
If your child has ADHD, you've probably focused on attention and behavior. But coordination, balance, and the ability to visually track and sort information are often part of the same picture, and they matter for everyday things like handwriting, sports, and even finding a specific item in a messy backpack. A new 2026 study tested whether adding video-game-style VR to standard occupational therapy actually moves the needle on these skills, not just whether it's fun.
The study, led by Sedef Şahin and colleagues and published in Assistive Technology, was a single-blind, parallel-group randomized controlled trial. Sixty children ages 7 to 12, recruited from a university hospital pediatric clinic, were randomly assigned to one of two groups: an intervention group receiving VR combined with traditional occupational therapy, or a control group receiving traditional occupational therapy alone. The VR program consisted of five games specifically designed to target motor and visual perceptual skills, delivered twice weekly for eight weeks. Outcomes were measured using two standardized, validated tools: the Bruininks-Oseretsky Test of Motor Proficiency (Second Edition, Brief Form) for motor skills, and the Motor-Free Visual Perception Test (Fourth Edition) for visual perception.
Sixty kids, ages 7 to 12, were split into two groups. One group got their regular occupational therapy plus five specially designed VR games, twice a week for eight weeks. The other group got their regular occupational therapy only. Both groups were then tested on standardized, well-established motor and visual perception assessments, not just asked how they felt about it, to see if the VR group actually improved more.
| Fine motor precision | Small, controlled hand movements (BOT2-BF). | Significant, large effect |
|---|---|---|
| Balance | Postural control and stability (BOT2-BF). | Significant, moderate-large effect |
| Figure-ground perception | Picking a target out of a cluttered visual field (MVPT-4). | Significant, largest effect |
| Visual memory | Holding and recalling visual information (MVPT-4). | Significant, large effect |
Compared with the traditional-therapy-only control group, the VR group showed significantly greater improvement across all four measured domains: fine motor precision, balance, figure-ground perception, and visual memory. Figure-ground perception, the ability to pick a relevant object or detail out of a busy, cluttered background, showed the single largest improvement of the four. The study authors describe the effect sizes across all outcomes as large, meaning these weren't small, marginal differences between groups but substantial, meaningfully sized gains.
The short version: kids who got VR games added to their regular occupational therapy improved significantly more than kids who got standard therapy alone, and not just by a little. The biggest jump was in a skill called figure-ground perception, essentially the ability to find what you're looking for in a visually busy space, which shows up constantly in real life: worksheets, cluttered rooms, crowded shelves.
A few grounded takeaways to bring into conversations with your child's therapy team:
For occupational therapists, this trial offers a well-powered, evidence-based case for VR as a genuine clinical adjunct for children with ADHD, not just an engagement gimmick. The large effect sizes reported (η² values ranging from roughly 0.10 to 0.40 across outcomes) indicate that the VR-plus-TOT protocol produced substantively meaningful gains beyond what traditional therapy alone achieved, using a structured, replicable format: five targeted games, twice-weekly sessions, an eight-week course, paired with standardized, validated outcome measures rather than informal observation.
It's worth noting, factually rather than as a marketing claim, that PPT4Kids' existing fine-motor programming already integrates a technology-based tool, Korro AI, alongside established approaches like Handwriting Without Tears. That structural alignment, treating well-designed technology as a legitimate complement to hands-on occupational therapy rather than a substitute for it, reflects the same model this trial supports, a reasonable and factual thing to point out to families, distinct from claiming this specific trial evaluated any particular clinic's program.
For the clinical side of your team: this trial gives a solid, evidence-backed reason to consider VR as a genuine complement to traditional occupational therapy for children with ADHD, particularly when motor precision, balance, or visual perceptual skills like figure-ground processing are treatment targets. It's a structured clinical tool with real data behind it, not a screen-time trade-off.
This trial is well-designed, randomized and controlled, with validated outcome measures, but it has real boundaries worth naming. The sample size, 60 children split across two groups, is modest, and all participants were recruited from a single university hospital pediatric clinic, which may limit how broadly the findings generalize to other settings or populations. The trial was single-blind, meaning outcome assessors were blinded to group assignment, but children and families obviously knew which group they were in, since VR headsets are hard to disguise, which leaves some room for expectation effects to influence results. And the study measured outcomes only immediately following the eight-week program; the authors themselves note that further research is needed to examine long-term outcomes and how this approach adapts across different ages and levels of ADHD severity.
This is a genuinely strong, well-run trial, but it's a first look rather than the final word. Sixty kids from one hospital clinic, tested right after an eight-week program, is a meaningful start, not proof that the gains last for years or that this exact approach works the same way for every child with ADHD. The researchers say as much themselves, which is worth trusting rather than discounting.
For parents and teachers, these are common signs worth raising with your child's pediatrician or occupational therapist, particularly alongside an existing ADHD diagnosis:
Because motor and visual-perceptual challenges frequently accompany ADHD but aren't always screened for directly, a comprehensive occupational therapy evaluation is often the most useful next step.
This 2026 randomized controlled trial found VR added to traditional occupational therapy produced significantly larger gains in fine motor precision, balance, and visual perception than traditional therapy alone, with large effect sizes across all four measured outcomes.
No. In this trial, VR was used alongside traditional occupational therapy, not instead of it. The benefit came from combining the two, not from VR as a standalone approach
Figure-ground perception, the ability to pick out a relevant object or detail from a visually busy background, showed the largest improvement of the four outcomes measured, followed by visual memory and fine motor precision.
Children in the VR group played five specifically designed games twice weekly for eight weeks, delivered as part of a structured, clinician-supervised occupational therapy protocol, not unsupervised home gaming.
This trial measured outcomes immediately after the eight-week program, so it doesn't yet answer how long the gains last. The study authors specifically call for further research into long-term outcomes.
Progressive Pediatric Therapy supports children with fine motor delays, including those with ADHD, across Palm Beach County, Lake Worth, and Boca Raton, with an approach that already blends established occupational therapy techniques with technology-based tools like Korro AI, alongside programs like Handwriting Without Tears. If your child could benefit from a motor or visual-perceptual evaluation, our therapists are glad to talk through what that would look like. Learn more about our fine motor development program or contact us to schedule an evaluation.
Primary study, retrieved from PubMed: Şahin S, Temizkan E, Güney Yılmaz G, Baysal Yiğit A, Sonbahar Ulu H, Kaya Kara Ö, Köse B, Tanrıverdi M. Evaluating the impact of virtual reality interventions on motor and visual perception skills in children with ADHD: A single blind randomized controlled trial. Assist Technol. 2026 Mar 3:1-10. PMID: 41774863. https://doi.org/10.1080/10400435.2026.2631729
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