Developmental coordination differences – clinically identified in the United States as Developmental Coordination Disorder (DCD), and sometimes described as dyspraxia – are a form of neurodivergence that shapes how a child learns and carries out movements used in daily life, school, play, and recreation.

Children with developmental coordination differences may need additional time, practice, or support with:

• motor planning;
• organizing movement sequences;
• adjusting movement speed and range;
• coordinating perception and action;
• developing automatic motor skills over time.

Effective action depends on ongoing interaction among several systems:

• visual information that guides action;
• vestibular information that contributes to spatial orientation and postural stability;
• proprioceptive information that supports awareness of the body in motion;
• motor experiences that allow strategies to be refined over time.

International recommendations for DCD emphasize motor-learning approaches based on active practice, repetition, functional goals, adjustable levels of challenge, and feedback that helps the child refine their actions.

MoveR supports these principles through an interactive environment that combines visual perception, movement, and cognitive engagement in experiences that can be controlled and adapted to each child’s abilities.

Movement Calibration: Gradually Adjusting Speed, Range, and Accuracy

Some children with developmental coordination differences may find it challenging to adjust movement for a particular context – for example, producing an action with the desired accuracy, timing, or efficiency.

Motor learning involves exploring different strategies, receiving information about the result of an action, and gradually adjusting movement choices.

MoveR allows selected task parameters to be adjusted, including:

• movement speed;
• movement range;
• target accuracy;
• level of complexity.

This control of the environment allows professionals to create repeatable experiences that can be progressively adjusted to the child’s current abilities.

The goal is not to impose one « correct » movement, but to support the gradual development of effective, personalized motor strategies.

Repetition, Feedback, and Positive Experiences in Motor Learning

Current motor-control models show that skill development relies on repetition, exploration, and feedback that helps a person refine movement over time.

When movement tasks require more effort, children may have fewer opportunities to practice or may feel hesitant about unfamiliar or complex activities.

Interactive environments can encourage:

• frequent opportunities to try;
• immediate feedback about an action;
• visible progress;
• active engagement by the child.

MoveR can therefore create a context in which a child experiments, adjusts movement, and builds repeated positive experiences with motor learning.

An Intermediate Environment for Exploring Movement With Fewer Immediate Consequences

Some movement situations can feel demanding because of concern about making a mistake, not succeeding, or facing a task that feels too complex.

Interactive digital environments can provide an intermediate experience in which:

• the child can test a strategy;
• see the result immediately;
• modify the action;
• repeat the task without a direct physical consequence when an attempt does not work as planned.

This type of environment may help some children feel more comfortable exploring movement.

It does not replace the real-world sensory and motor experiences that are essential to development. Instead, it can serve as a complementary support for practice and participation.

Vision, Vestibular Information, and Movement: Supporting the Perception-Action Loop

Motor control depends on integrating information from multiple sensory systems.

Vision plays a major role in:

• guiding movement;
• spatial orientation;
• anticipating action.

Vestibular information contributes to:

• balance;
• orienting the body in space;
• postural adaptation.

MoveR activities engage this interaction by asking the child to:

• analyze visual information;
• orient attention;
• anticipate an action;
• adapt movement.

This approach reflects a sensorimotor loop: Perceive -> plan -> act -> receive feedback -> adjust

Interactive Environments and Gamification: Supporting Motivation and Repetition

Research on gamified environments and exergames suggests that they may increase:

• motivation;
• engagement;
• repetition of attempts;
• active participation.

Game-based interaction also provides immediate feedback and visible progression, both of which can be valuable in motor learning.

MoveR uses these principles to turn a motor task into an active interaction in which the child takes an active role in learning.

MoveR Within Support for Developmental Coordination Differences

MoveR does not replace recommended supports for DCD, including occupational therapy and physical therapy.

It is a complementary tool for practicing selected components of motor learning, including:

• visual-motor coordination;
• adjusting movement speed and range;
• spatial exploration;
• action planning;
• engagement in repeated practice.

The goal is to provide a structured environment in which the child can gradually develop effective motor strategies that support participation and confidence.