Autism care in the United States is commonly viewed through the narrow lens of social-communication features. Diagnostic pathways, reimbursement structures, and service delivery models overwhelmingly prioritize behavioral and psychological domains. Yet, motor ability is a critical and highly actionable domain of functioning that can support or impede autistic well-being.
For healthcare providers and executives, this is more than a clinical nuance. It is a system-level gap that affects outcomes, utilization, and cost. Integrating motor assessment into autism care is not only evidence-aligned, it is operationally feasible under current billing structures, offering a clear opportunity to improve healthcare value.
The Missing Domain in Autism Care
Motor differences are common in autistic individuals across the lifespan. These include:
- Balance and postural control
- Coordination and gait
- Motor planning and praxis
- Fine motor skills affecting daily tasks
These challenges often emerge early and persist into adulthood, shaping independence, participation, and health trajectories. Yet in most U.S. diagnostic workflows for autism, motor function is not systematically assessed, coded, or treated.
Instead, autism evaluations are typically anchored in evaluation & management services (e.g., 99205, 99215), psychiatric diagnostic evaluation (90791, 90792), psychological testing (96130, 96131), and developmental testing (96112, 96113).
While developmental testing codes allow for assessment of motor domains, they are often underutilized or narrowly applied in practice. The result is a diagnostic process that identifies autism but fails to capture a major driver of development and functional ability.
Functional Independence and ADLs
Unaddressed motor problems directly affect activities of daily living (ADLs) including dressing, feeding, hygiene, and community mobility. Difficulty independently demonstrating these skills can be misinterpreted as “noncompliance” or “behavioral challenges,” when in fact they may reflect unmet needs for motor support and/or intervention. From a reimbursement standpoint, these are precisely the issues addressed by billable services like self-care/ADL training (97535) or therapeutic activities (97530).
Failure to assess and support motor function leads to misaligned care plans and underutilization of reimbursable, functionally-targeted interventions that can have serious downstream consequences for development, health, and quality of life.
Participation and Development
Motor skills are foundational for engagement in play, recreation, and social contexts. When motor challenges go unaddressed, individuals may withdraw from physical and social opportunities, limiting their developmental trajectories and increasing their long-term support needs.
This is particularly relevant for individuals with co-occurring conditions like developmental coordination disorder (DCD), which is associated with reduced physical activity, lower self-efficacy, and increased obesity risk. Yet, DCD remains significantly underdiagnosed in autistic populations, despite a large body of evidence showing a high rate of co-occurrence.
Lifespan Health and Utilization
Unaddressed motor problems contribute to sedentary behavior, fall risk, and chronic health conditions. For adult and aging autistic populations, this translates into increased utilization of musculoskeletal, cardiometabolic, and emergency care. From a population health perspective, unaddressed motor problems are a preventable cost driver.
The Business Case: Existing Billing Pathways Already Support Integration
Ignoring motor function has downstream consequences that align directly with the metrics health systems are now accountable for: functional outcomes, participation, and long-term health costs. A common misconception is that motor assessment and intervention are difficult to reimburse in autism care. In reality, the infrastructure already exists, it is simply underleveraged.
Motor Assessment is Billable Today
Health systems can capture motor function using:
- 97750 – Physical performance testing (functional capacity, coordination, balance)
- 97165–97167 – Occupational therapy evaluation (low to high complexity)
These codes support standardized, reimbursable assessment of motor and functional performance. When paired with developmental testing (96112/96113), they allow organizations to expand diagnostic scope without restructuring reimbursement models.
Intervention Aligns with Established Codes
Motor-focused interventions map directly onto widely reimbursed CPT codes:
- 97112 – Neuromuscular re-education (balance, coordination, motor control)
- 97110 – Therapeutic exercise
- 97530 – Functional therapeutic activities
- 97535 – ADL/self-care training
These services are routinely covered when tied to functional impairment and medical necessity. Importantly, they align with value-based care priorities by targeting independence and participation.
Diagnostic Coding Enables Access
Capturing motor impairment through ICD-10 coding strengthens both clinical clarity and reimbursement pathways. Relevant codes include:
- F82 – Developmental coordination disorder
- R27.8 – Lack of coordination
- M62.81 – Muscle weakness
- F84.0 – Autism spectrum disorder
Co-coding autism with motor diagnoses helps justify therapy services and ensures patients are not funneled exclusively into behavioral health pathways -– an increasing risk as payers carve out autism services.
Co-Diagnosis: A High-Value Opportunity
For healthcare organizations, improving co-diagnosis rates offers more precise care planning, expanded reimbursement opportunities, better alignment between diagnosis and intervention, and stronger interdisciplinary collaboration.
Developmental coordination disorder affects an estimated 5-6% of the general population and frequently co-occurs with autism. However, it is rarely diagnosed in autistic individuals. This is a low-cost, high-impact improvement that leverages existing diagnostic and billing frameworks.
Operationalizing Change: A Practical Integration Model
Health systems do not need new reimbursement structures to address this gap. They need workflow alignment.
- Embed Motor Screening in Diagnostic Pathways: Incorporate structured motor screening into developmental testing (96112). Even brief standardized assessments can identify patients who need further evaluation.
- Trigger Rehabilitation Referrals: Create automatic referral pathways to occupational and physical therapy when motor concerns are identified. Embedding OT/PT into autism clinics can streamline this process.
- Align Documentation with Function: Ensure clinicians document how motor impairments affect ADLs, safety, and participation. This is critical for establishing medical necessity and supporting downstream billing.
- Train Teams on Coding Strategy: Provide targeted training on OT/PT evaluation codes (97165–97167), physical performance testing (97750), and allowable co-occurring motor diagnoses (e.g., DCD).
Many organizations already have the necessary services in place, they are simply not being activated within autism care pathways.
Strategic Implications for Healthcare Leaders
The shift toward value-based care demands a broader view of outcomes that prioritizes function, independence, and long-term health. Autism care, as currently structured, falls short of this standard by overlooking motor function.
Integrating motor assessment across the lifespan offers a clear path to:
- Improve functional outcomes and patient satisfaction
- Reduce downstream healthcare utilization
- Optimize use of reimbursable services
- Strengthen interdisciplinary care models
Most importantly, it aligns autism care with the realities of daily life. Social communication matters, but so does the ability to move, navigate environments, and participate fully in the world.
For healthcare organizations, the question is no longer whether motor function is relevant. The question is whether systems are designed to recognize, code, and treat it effectively.
The tools already exist. It is time to use them to their greatest benefit.