ADHD is a neurodevelopmental difference reflected in a wide range of individual profiles. Children with ADHD may regulate attention, inhibit responses, plan actions, coordinate movement, or adapt to environmental information in distinctive ways.
Current models recognize that attention differences do not arise from a single isolated cognitive mechanism. They reflect complex interactions among executive functioning, behavioral regulation, motor control, perception, motivation, and engagement with the environment.
Support for children with ADHD is typically multimodal and individualized. Depending on each child’s needs, it may combine educational strategies, behavioral supports, occupational or other therapy services, environmental adaptations, and medication when appropriate. Nonpharmacological and complementary approaches play an important role in supporting self-regulation strategies, functional skills, and participation in everyday activities.
Within this context, MoveR combines visual information, body movement, and cognitive engagement to support functions involved in attention, visual-motor coordination, and learning.
MoveR is not intended to replace evidence-based ADHD care. It is a complementary tool for professionals supporting children with distinctive attention profiles. It can be integrated into an individualized support plan, alongside educational, therapeutic, behavioral, environmental, and medical approaches as appropriate.
Attention is a dynamic process that includes selecting relevant information, staying engaged with a task, and adapting behavior to a goal. Research on ADHD indicates that some children may show distinctive patterns in attentional control, visual information processing, and response regulation.
Research by Maria-Pia Bucci and colleagues has highlighted connections among visual attention, oculomotor control, and postural regulation in children with ADHD. These findings support approaches that consider the interaction among gaze, posture, movement, and attention.
MoveR creates situations in which a child explores visual information, selects a relevant target, maintains attention, and produces an adaptive motor response. This approach engages several functions involved in learning at the same time.
Current research suggests that structured physical activity can support selected cognitive functions in children with ADHD, including attention, inhibition, and executive functioning.
Movement can be an especially useful learning medium because it engages the child in an active loop:
Perceive -> analyze -> plan -> act -> adjust
MoveR reflects this approach by using interactive activities in which movement supports regulation and engagement. The child is not simply observing; they participate in an active experience that requires adaptation, anticipation, and motor control.
Studies show that some children with ADHD also have motor coordination, movement accuracy, or motor planning differences.
Visual-motor integration is the ability to use visual information effectively to guide action. It contributes to handwriting, object use, school activities, independence, and interaction with the environment.
MoveR supports this connection between perception and action through activities engaging:
Current ADHD supports emphasize environments that encourage:
Interactive environments can help a child stay involved in a task and provide the repetition needed to develop new strategies.
MoveR allows professionals to adjust activity settings and create individualized, progressive experiences that align with therapeutic or educational goals.
MoveR is a complementary approach designed to support functional skills in children with ADHD.
It can be used:
The goal is not to change a child’s personality or natural way of functioning. It is to provide an environment in which the child can develop attention, coordination, and adaptive strategies in ways that build on their strengths.
Caldani S, Moscoso A, Michel C, Acquaviva E, Gibert C, Roger C, Delorme R, Bucci MP. (2026).
Immersive Rehabilitation Therapy (MoveR) Improves Postural and Visuo-Attentional Skills in Children with ADHD: A Clinical Study
This study is the first clinical evaluation specifically examining a MoveR environment with children with ADHD. It explores an interactive approach combining movement, visual stimulation, and cognitive engagement to support attention-related and visual-motor functions involved in learning.
Bucci MP, Goulème N, Bioulac S, et al. (2014).
Postural control and eye movements in children with attention deficit hyperactivity disorder.
This study identifies possible differences in postural control and in the interaction between eye movements and motor regulation among some children with ADHD. It supports approaches that integrate visual perception, movement, and attention.
Bucci MP, Stordeur C, Acquaviva E, et al. (2017).
This study suggests that structured visual practice may influence oculomotor functions and selected learning-related performance in children with ADHD. It supports further exploration of the relationship between visual and attentional functions.
Gapin JI, Labban JD, Etnier JL. (2011).
This review highlights the potential of physical activity to support selected attention functions in children and adolescents with ADHD. It is relevant to MoveR’s combination of movement and active engagement.
Pontifex MB, Saliba BJ, Raine LB, Picchietti DL, Hillman CH. (2013).
This study reports that movement can influence selected cognitive, behavioral, and school-related outcomes in children with ADHD, reinforcing the value of including physical activity within complementary support strategies.
Diamond A. (2013).
This review describes the central role of executive functions in attention control, inhibition, and behavioral adaptation. It provides a theoretical framework for activities that connect perception, decision making, and action.
ADHD is a neurodevelopmental difference involving distinctive patterns of attention and executive regulation, with substantial variation from one person to another.
Research also indicates that some children with ADHD may show related differences in:
Evidence-based nonpharmacological ADHD supports include:
MoveR provides an interactive environment combining movement, visual information, attention, and immediate feedback. By placing the child in an active situation that requires observing, selecting relevant information, planning a motor response, and adjusting an action, MoveR engages processes involved in attention regulation and visual-motor integration.