Motor Planning and SLP Scope  

Imagine you’re in the gym looking at the long rope hanging from the ceiling. Your coach is cheering you on, full of energy: “Let’s climb the rope!” But as you stare at the swinging rope, his voice starts to fade into the background. YYour brain and body are disconnected. The message “move your hands” gets lost in translation. Instead, your hands squeeze into fists and stay locked at your sides. 

Your coach says “no, like this” and places his hands over yours. Suddenly, your body moves. Somehow, you’re climbing the rope. And you have no idea how it happened. Your original plan? Gone. Everything you were thinking about—how to grab, how to pull, what to do next—vanished in an instant. You start to think, “Okay… I can do this now, but only with his hands guiding me.”

But the steps you skipped—the planning you didn’t have a chance to do—catch up to you. The rope feels heavier, your movements swirl, and before you know it, you’re crying. You can’t explain, can’t ask for a break. Your body has hijacked your brain. Frustration, embarrassment, and exhaustion all spill out as screaming or kicking. Everyone’s watching, and you feel completely alone in your own body.

This is what happens when motor planning breaks down. It’s why I pause whenever I hear people say, “Behavior is communication.” Yes—it can be. But sometimes behavior isn’t about defiance or choice at all. Sometimes it’s the nervous system, completely overloaded. A meltdown, a refusal, even hitting or running, can all be the body saying, “I can’t coordinate this right now.”

If a child is hearing, “Walk to circle,” but their brain is scrambling the message, their body will do whatever it can. To an outside observer, it looks like non-compliance. But really? It’s a neurological challenge—a motor planning problem, not a moral one.

This experience isn’t just anecdotal. Research on developmental coordination disorder (DCD) shows similar patterns. Adults with DCD described how even simple chores—like dipping and wringing a rag—require constant mental effort. Tasks that seem automatic to most people demand deliberate attention and planning. Over time, repeated challenges lead to shame, embarrassment, and even distrust in one’s own body. Time pressure makes it worse: stress, anxiety, and physical symptoms like shortness of breath appear when things need to be done quickly. Slow, deliberate movement helps—but only if the person is allowed that time.

Motor coordination challenges are also highly prevalent in autistic populations. Research evaluating symptoms of Developmental Coordination Disorder in children and adolescents with autism found that a large proportion of participants met diagnostic criteria for DCD, suggesting that motor difficulties are not simply a feature of autism but often represent a co-occurring condition (Miller et al., 2021).

WHAT IS NOT IN THE SLP SCOPE
As speech-language pathologists, we do not:

• Treat fine motor coordination (grasp patterns, cutting, handwriting mechanics)

• Treat gross motor skills (climbing, balance, strength, gait)

• Design physical strengthening programs

• Diagnose Developmental Coordination Disorder (unless dual-credentialed and qualified under state law)

• Replace occupational or physical therapy

According to ASHA (2023), speech-language pathologists do not provide therapy for fine or gross motor skills, or diagnose motor coordination disorders. Our scope focuses on communication, language, and participation, which is why collaboration with occupational and physical therapists is essential.

SLP Scope
So where does the SLP fit into all of this?  

• Reduce linguistic load

• Externalize planning

• Scaffold sequencing (visually or verbally) 

• Strengthen verbal mediation

• Support emotional regulation

• Improve participation

• Support augmentative communication environments and access

• Support self-advocacy so pressure is reduced and sensory/motor needs are met 

The strategies described here, scaffolding sequencing, supporting emotional regulation, externalizing planning, fall well within the SLP scope, consistent with ASHA’s guidance on participation and functional communication supports (ASHA, 2023).

Let’s take a closer look at each of these

Reduce Linguistic Load
Reduce Processing Load (Not Language Richness):
Adjust the delivery and structure of language so it is easier to process in the moment — without stripping it down to unnatural speech. 

What this does NOT mean:
It does not mean speaking in fragments long-term (i.e., “put - in”)
It does not mean reducing exposure to robust language models.
It does not mean limiting gestalts.

Examples:

• Give directions in clear chunks instead of stacking them all at once.
  (“Wash your hands. Go to snack.”)

• Slow your rate instead of shortening your sentence.

• Use predictable, repeated phrases for routines.

• Pair rich verbal models with visuals to reduce working memory load.

• Pause between steps so the motor system has time to organize.

Externalize Planning
Move planning demands out of the student’s head and into the environment.

Examples:

• Written or picture step checklist.

• Visual schedule for multi-step tasks

• Dry-erase “First–Then–Next” board (used for sequencing/scheduling only, not for first work then reward systems) 

• Modeling “Let’s write the steps down first.” or “let’s say the steps out loud” (this is an area to consider for gestalt language processors - saying the steps out loud frequently may support them with imitating/processing those phrases) 

• Modeling/narrating the steps out loud (again - consideration for GLP’s) 

Scaffold Sequencing (visually or verbally)
Provide structured supports to help organize actions in the correct order.

Examples:

• Sentence frames: “First I __. Then I __.” (again only for sequencing and without prompts for verbal imitation) 

• Visual task strip (cut → glue → write name)

• Numbered steps posted on desk

• Gradually fading prompts as independence increases

Strengthen Verbal Mediation
Teach the student to use self-talk to guide behavior and motor actions.

Examples:

• Whisper self-instructions during tasks

• “Slow hands. Small steps.”

• Rehearse directions aloud before starting

• Practice “talk-through” before executing a new task

Support Emotional Regulation
Help the student identify, express, and manage stress related to performance demands.

Examples:

• Teach scripts: “I need more time.”

• Label body signals: “My chest feels tight.”

• Normalize effort differences

• Build planned slow-down breaks before high-demand tasks

Improve Participation
Increase meaningful engagement in daily activities — not just task completion.

Examples:

• Modify tasks so student can stay involved 

• Provide alternate response formats (pointing, typing, AAC)

• Adjust timing expectations

• Ensure success experiences in group work

Support Augmentative Communication Environments and Access
Ensure communication tools and environments reduce motor and cognitive barriers.

Examples:

• Position AAC for easiest motor access

• Pre-program vocabulary for routines

• Use consistent core word layouts

• Teach partners to pause and wait

Support Self-Advocacy
Teach the student to communicate their needs so demands match their capacity.

Examples:

• “Can I do this slowly?”

• “I need help with step two”

• Requesting a movement break

• Asking for written directions instead of verbal only

Participation increases when pressure decreases. Sometimes the most powerful support we can offer is simply allowing the nervous system enough time to build the plan.