Motor planning is the ability to think of a new action, organize its steps, and carry it out. For your child, that process can be as ordinary as putting on a jacket or as challenging as figuring out a climbing structure for the first time. It is often called praxis, and it explains why a skill can look awkward at first but become almost automatic after practice.
Motor planning turns a new idea into an action
Motor planning, or praxis, is the brain’s ability to conceive, organize, sequence, and execute an unfamiliar action. The term praxis comes from a Greek word meaning “to do” or “to act.” In sensory integration work, occupational therapy pioneer A. Jean Ayres described sensory integration as “the organization of sensations for use” and described praxis as figuring out how to use hands and body in skilled tasks.
That process is involved in nearly every new everyday task. Brushing teeth, getting dressed, fastening buttons, tying shoes, cutting paper, eating with utensils, making a sandwich, folding clothes, and riding a bike all call for conscious planning at the beginning. Once your child has learned the routine, the same actions can become automatic. Your child does not need to consciously plan every familiar movement forever.
Picture your child at a playground climbing frame. First they need an idea: “I could climb that.” Next comes the work of choosing where hands and feet will go and in what order. Finally, they move through the sequence. A new setup can require the process again, even if your child climbed a different structure yesterday.
The three steps of praxis make a hard task easier to see
You can understand praxis by watching three connected steps: ideation, planning, and execution. Some descriptions also add feedback or monitoring, but these three steps provide a clear starting point for observing a new skill.
| Step | The child’s question | What happens | Example: climbing a frame |
|---|---|---|---|
| Ideation | “What can I do?” | The child develops an idea for a possible action. | “I could climb up.” |
| Planning | “How will I do it?” | The child organizes sensory information and the movement sequence in time and space. | Choosing a handhold, lifting a foot, then reaching for the next rung. |
| Execution | “Do it.” | The child performs the movements in the planned order with coordination. | Moving up the frame one position at a time. |
Planning draws on sensory foundations. Proprioception is the sense of where the body is in space. The vestibular sense contributes information about balance and movement. Crossing the midline means moving a hand or eye across the center of the body. On a climbing frame, your child uses body awareness to place a foot, balance while moving, and may reach across the body while switching sides.
You can use the three steps as a calmer way to look at a sticking point. If your child has not started a task, the missing piece may be ideation. If they know the goal but lose the order, planning may be the challenge. If they can explain the steps but struggle to carry them out, execution may be where more practice is needed.
Praxis and motor planning are closely related, not identical
In strict use, praxis is the broader concept and motor planning is the planning phase within it. In clinical practice, people often use the two terms as if they mean the same thing. That shorthand is common, but it can blur a useful distinction.
Learning to ride a bike shows the full sequence. Your child gets the idea of riding, works out how to balance, pedal, steer, and control speed, then executes those movements. Once riding has become automatic, your child is using a learned motor skill rather than consciously working through a new praxis challenge. A fresh demand, such as an unfamiliar obstacle course, brings active planning back into view.
Not every rough bike ride or missed catch signals a problem. New movement experiences naturally require more thought and trial. The question to ask yourself is whether your child’s difficulties with new actions persist and interfere with daily routines, play, or safety.
Everyday examples show what motor planning asks a child to do
Motor planning is easier to recognize in real tasks than in a definition. When your child catches a ball, they have to time a reach and coordinate eyes and hands. Hopping on one foot asks for balance and a movement sequence. Going up stairs, getting through a circle of chairs, walking down a school hallway, or going down a slide all require your child to organize their body in relation to the space around them.
- Getting dressed: Your child may need to decide which arm goes into a sleeve first, turn the jacket, and manage buttons or a zipper.
- Making a sandwich: Your child has to gather items, open containers, use a utensil, and complete the steps in an order that works.
- Using scissors: Cutting paper combines hand position, visual guidance, force, and a continuing sequence along the line.
- Playing a movement game: “Clap, turn around, then hop” requires remembering and carrying out a three-part action.
- Completing an obstacle course: Crawling under a table, balancing on a line, hopping over pillows, and climbing a soft obstacle require a new plan at each change.
Repeating a task is not the only route to practice. Change one part of an activity, such as the route, the order, or the instruction, and your child has a reason to plan again.
What poor motor planning can look like without labeling a child
You may notice that a child with motor-planning difficulties seems awkward in movement, takes longer to learn unfamiliar skills, or has trouble judging force and speed. Your child may hit too hard, reach past an object, trip often, bump into furniture, or find stairs, bicycle riding, and ball games difficult. Everyday independence can also be affected through dressing and hygiene routines.
Other patterns can include avoiding new movement experiences, taking an unusually long time to learn routines, and limited body awareness. These observations are not a diagnosis. Your child may have a hard day, need more exposure to a task, or find one activity more difficult than another. Look instead for persistent difficulties that affect day-to-day life.
The word dyspraxia literally means “difficult action.” Developmental coordination disorder (DCD) is a developmental condition involving motor coordination. Research places DCD at about 5% of school-age children, and it is often underdiagnosed. DCD also occurs significantly more often alongside ADHD than in the general population. If your concerns persist or affect your child’s daily activities, safety, school participation, or play, talk with your child’s doctor or a qualified clinician. They can decide whether an assessment is appropriate.
Standardized tools may be part of assessment. The Movement Assessment Battery for Children, Second Edition (MABC-2) is described as a standard test for DCD and has norms for ages 3–6, 7–10, and 11–16. The Sensory Integration and Praxis Tests (SIPT) standardize measurement of praxis skills for children from age 4 through 8 years, 11 months.
Four common myths can get in the way of useful support
Myth: Motor planning is just being “clumsy.”
Clumsiness can be one visible sign, but motor planning also includes coming up with an action, sequencing it, and adapting it to a new situation. Your child may struggle most when a task is unfamiliar rather than in every movement.
Myth: Praxis and motor planning always mean exactly the same thing.
They are often used interchangeably, but praxis is the larger process. Motor planning refers more specifically to the planning portion between having an idea and carrying out the action.
Myth: More repetitions of the exact same route are the whole answer.
Practice matters, yet novelty is part of the challenge. A familiar obstacle course may become automatic. Rearranging the pillows or asking for a different order asks your child to organize a fresh plan.
Myth: A label can be decided from a checklist.
Signs such as tripping, slow skill learning, or avoiding movement are reasons to observe and discuss concerns, not grounds for self-diagnosis. Bring persistent concerns to your child’s doctor or a qualified clinician.
Playful activities give your child a reason to plan again
Choose activities that are safe for your child and change the challenge in small, concrete ways. The goal is not a perfect performance. It is a chance to create an idea, organize a sequence, and try it.
Build an obstacle course that changes each round
Set up a simple path: crawl under a table, balance along a line, hop over pillows, then climb over a soft obstacle. On the next round, move one pillow or change the order. Each new arrangement requires a new movement plan rather than a memorized route.
Use Simon Says to add a stop-and-think moment
In Simon Says, players move only when the instruction begins with “Simon says.” The game exercises inhibitory control and working memory as your child listens, waits, and acts. For older children, try an opposite-day version: “Touch your toes” means touch your head. The rule changes the response that must be planned.
Try animal walks and increasing directions
Crab, bear, frog, and worm walks ask for unfamiliar whole-body patterns. They can build strength and provide proprioceptive input while your child works out a novel way to move. For directions, start with one step—“Clap.” Move to two—“Clap and turn around.” Then try three steps. Keep the words clear so the challenge is the sequence, not a confusing instruction.
Climbing, balancing, jumping rope, scooter riding, hopping, catching games, imitation games, and movement songs with changing sequences all offer further practice. A song such as “Heads, Shoulders, Knees, and Toes” becomes more demanding when the sequence changes.
Occupational therapy goals connect practice to daily skills
Occupational therapy may address motor planning along with gross motor skills, coordination, body awareness, functional skills such as stair climbing and scissor use, handwriting, visual-motor skills, and social-interactive skills. Goals work best when they describe an observable action rather than a vague wish to “improve coordination.”
One example: a child selects a three-step movement task, says the steps aloud, and performs the action in the correct order. A more specific obstacle-course goal might state that a child will independently plan and complete a four-step course correctly in three of five attempts within eight weeks. These are examples of how a goal can name the task, the number of steps, and the way progress is observed; your child’s own goals should be set with their therapist.
- Model: Show the action.
- Guide: Use hand-over-hand support when it is needed.
- Fade support: Gradually reduce assistance.
- Prompt independent planning: Ask the child to state or choose the steps, then try them.
This sequence gives your child a path from watching an action to organizing it more independently. It also makes it easier to notice whether the challenge is getting an idea, ordering the steps, or doing the movement.
Motor planning in speech involves mouth movements too
Motor planning is not limited to arms, legs, and playground skills. Childhood apraxia of speech (CAS) is a neurological motor-planning disorder in which the brain cannot correctly plan and sequence the oral movements for speech sounds. CAS differs from dysarthria, which concerns weakness of speech muscles, and from a phonological disorder, which concerns knowledge of the rules of speech sounds.
Features of CAS can include inconsistent errors when a child attempts the same word repeatedly, lengthened transitions between sounds and syllables, and disrupted prosody, or speech rhythm and stress. Speech therapy for CAS uses intensive repeated practice, multisensory feedback, and principles of motor learning. If you have concerns about your child’s speech, discuss them with a doctor or a speech-language pathologist rather than drawing conclusions from one sign.
Frequently Asked Questions
What is motor planning?
Motor planning is the ability to conceive an unfamiliar action, organize and sequence its movements, and execute them. It is commonly discussed within the broader concept of praxis.
What are examples of motor planning?
Examples include brushing teeth, dressing, tying shoes, cutting paper, using utensils, catching a ball, hopping on one foot, riding a bike, and completing an obstacle course.
What are the steps of motor planning?
The three main steps are ideation (“What can I do?”), planning (“How will I do it?”), and execution (“Do it.”).
Is motor planning the same as praxis?
People often use the terms interchangeably. More precisely, praxis is the broader process, while motor planning is the planning stage within it.
What does poor motor planning look like?
It can look like difficulty learning new motor skills, awkward movement, misjudging force or speed, frequent tripping, trouble with stairs or ball games, and challenges with dressing or hygiene. These signs do not diagnose a condition. Talk with your child’s doctor or a qualified clinician when concerns persist or interfere with everyday life.
