Sitting and Standing Balance Grades for Occupational Therapy

As occupational therapists, we are well aware that balance impairments can impact our patients’ level of independence, but we can sometimes feel uncertain about what the formal balance grades actually are in occupational therapy assessments and treatment notes.

To help clear things up, we’ll be highlighting the balance grades for static and dynamic sitting and standing balance as well as balance outcome measures you can use. You will note that some occupational therapists and physical therapists may document balance grades slightly differently depending on what measure they are using.

At times, I still find myself trying to explain my patient’s current sitting or standing balance ability, but it is so much more efficient to use a formal balance grade to define it.

For example, documenting that…

“Patient has fair dynamic standing balance, which impacts his ability to complete lower body dressing independently,” sounds so much more professional and concise than…

“Patient was able to stand without physical assistance from OT, but could only reach on the one side of his body and was unable to cross over in lower body dressing, resulting in him losing his balance.”

They’re both describing the same thing, but the use of balance grades results in faster note documentation.

You too will be able to write more concise notes using the sitting and standing balance grades detailed below.

Center of Mass vs Base of Support

You first need to understand what the following two terms mean, before you can fully understand static and dynamic balance:

• Base of support: This is the area that is supporting you. Ex: your feet when you are standing, or your buttocks, thighs and feet when you are sitting unsupported.
• Center of mass: If you think of the name, it actually defines it. It is the center of your mass, in other words your ‘middle.’

Static Balance vs Dynamic Balance

• Static balance: The body remains stationary. This is when your center of mass stays above your base of support. Ex: You are sitting on a chair and using your phone.
• Dynamic balance: This is when you move. Your center of mass moves outside of your base of support. Ex: reaching for your cellphone far away from you on the table in front of you. It can also be when your center of mass is moving while walking or riding a swing.

Note that it is easier to achieve static balance than dynamic balance, in both sitting and standing.

Grading Balance

Some occupational therapists document balance grading a bit more simply in the following format:

• Normal
• Good
• Fair
• Poor

Some occupational therapists, however, document balance in more detail in the following format:

Balance Grading/Interpretation

Normal

• Static sitting: Able to maintain steady balance without a backrest or arm support against maximal resistance
• Dynamic sitting: Able to sit unsupported and easily shift weight in all directions with maximum challenge and cross midline maximally.
• Static standing: Able to maintain standing balance against maximal resistance
• Dynamic standing: Able to stand independently unsupported, shift weight in standing in all directions and cross midline maximally.

Good

• Static sitting: Able to maintain steady balance without a backrest or arm support against moderate resistance
• Dynamic sitting: Able to sit unsupported and weight shift in different directions, and cross midline moderately.
• Static standing: Able to maintain standing balance against moderate resistance
• Dynamic standing: Able to stand independently unsupported and cross midline moderately.

Good -/Fair +

• Static sitting: Able to maintain steady balance without a backrest or arm support against minimal resistance
• Dynamic sitting: Able to sit unsupported and weight shift in different directions, and cross midline minimally.
• Static standing: Able to maintain standing balance against minimal resistance
• Dynamic standing: Able to stand independently unsupported and shift weight in standing in all directions and cross midline minimally.

Fair

• Static sitting: Able to sit without support without use of upper extremities and balance loss
• Dynamic sitting: Able to sit unsupported and can minimally weight-shift to the same side and the front. Pt has difficulty crossing their midline.
• Static standing: Able to stand unsupported without use of upper extremities and without losing balance for 1-2 minutes.
• Dynamic standing: Able to stand unsupported , weight shift and reach to the same side only. Difficulty in crossing midline without losing their balance.

Fair –

• Static sitting: Able to maintain static sitting balance without use of upper extremities
• Dynamic sitting: Able to sit unsupported with minimal assistance and reach to the same side only. They are unable to weight-shift.
• Static standing: Standing without balance loss with use of upper extremities or minimal support from a person.
• Dynamic standing: Able to stand with cues and reach to the same side, but no weight shifting.

Poor +

• Static sitting: Able to sit with minimum assistance from a chair or a person
• Dynamic sitting: Able to sit unsupported with moderate assistance and reach to the same side only. They are unable to weight-shift.
• Static standing: Standing without balance loss with use of upper extremities and moderate support from a person.
• Dynamic standing: Able to stand with minimal assistance and reach to the same side, but no weight shifting.

Poor

• Static sitting: Unable to maintain static sitting balance; they require moderate or maximum assistance from a chair or a person
• Dynamic sitting: Able to sit unsupported with moderate assistance and reach to the same side and front. Unable to cross their midline.
• Static standing: Standing without balance loss with use of upper extremities and maximum support from a person.
• Dynamic standing: Able to stand with moderate assistance and reach minimally to the side. Unable to cross midline.

Why Balance Grades Matter in Occupational Therapy 

While balance is commonly associated with physical therapy, it is a foundational component of nearly every occupation OTs address. Poor sitting balance affects a person’s ability to safely perform upper body dressing, bathing, and grooming at the edge of the bed.

Poor dynamic standing balance directly impacts all ADL mobility, essentially all basic self care (grooming, toileting, dressing, bathing), and all home management tasks and community mobility.

Even cognitive and perceptual impairments, such as those following a stroke, can affect a person’s balance during functional tasks in ways that aren’t always captured by a standard balance test alone. This is why OTs don’t just assess balance in isolation; we assess it within the context of meaningful occupations and use these balance grades to document how impairments are limiting independence in specific daily tasks and ADLs.

6 Free Balance Outcome Measures You Can Use

At My OT Spot, we like to include what outcome measures you can use, as we know the importance of using these to formally assess your patient and track their progress.

Here are six balance assessments and tests you can use with your patients:

1. The Berg Balance Scale
2. 10-meter Walk Test
3. Timed Up and Go (TUG)
4. Functional Reach Test
5. Mini-BESTest
6. Five Times Sit to Stand Test

Common Diagnoses Affecting Balance in OT Practice

Balance impairments are seen across a wide range of diagnoses that OT practitioners regularly work with, with many conditions causing balance impairments in your patients of any age.

Some of the most common diagnoses that can impact your patient’s balance functionally include (but are not limited to): 

Cerebrovascular Accident (CVA/Stroke)

Balance deficits following stroke are often asymmetrical due to hemiplegia or hemiparesis on one side of the body. Patients may have difficulty weight-shifting toward their affected side and may show poor postural control during dynamic tasks like dressing and bathing. Perceptual deficits such as unilateral neglect can further compromise balance safety even when motor function appears relatively intact.

Parkinson’s Disease

Parkinson’s affects postural reflexes and righting reactions, leading to a characteristic stooped posture and shuffling gait that significantly increases fall risk during dynamic tasks. Patients often have difficulty initiating movement and may experience freezing episodes that compromise balance during functional transitions like sit-to-stand.

Spinal Cord Injury (SCI)

Balance impairments in SCI depend heavily on the level and completeness of the injury. Patients with cervical or high thoracic injuries may have limited or absent trunk control, significantly affecting static and dynamic sitting balance during ADLs such as dressing, grooming, and transfers. Those with incomplete injuries may present with variable balance deficits that fluctuate with fatigue and spasticity. Wheelchair positioning and pressure relief skills are also directly tied to sitting balance in this population.

Knee or Hip Fracture/Replacement

Ortho patients with a hip or knee fracture or replacement can be impacted by weight-bearing precautions, decreased strength, decreased range of motion, post-surgical pain, and fear of falling. Patients often demonstrate asymmetrical weight-bearing and guarded movement patterns that affect balance during standing ADLS and any ADL functional mobility/transfers.

Traumatic Brain Injury (TBI)

TBIs can affect balance through vestibular, cognitive, and motor pathways simultaneously, making your balance assessment particularly complex. Fatigue, impaired attention, and delayed processing speed can all compromise a patient’s ability to maintain balance during dual-task activities (like carrying laundry while walking) even when their balance appears normal in a quiet clinic environment.

Multiple Sclerosis (MS)

Fatigue, spasticity, and sensory changes can cause balance to fluctuate significantly day to day in patients with MS. Heat sensitivity may cause a noticeable worsening of balance during or after physical activity, which is important to factor in when scheduling and planning your therapy sessions.

Vestibular Disorders

Conditions such as benign paroxysmal positional vertigo (BPPV), vestibular neuritis, and Meniere’s disease can cause sudden episodes of dizziness and imbalance that significantly impact safety during daily occupations.

Peripheral Neuropathy

Commonly associated with diabetes, chemotherapy, or other systemic conditions, peripheral neuropathy reduces proprioceptive input from the feet and lower extremities, which is essential for maintaining balance. Patients may have difficulty on uneven surfaces or in low-light environments, making home safety assessment crucial if you are in the home health setting. 

Generalized Deconditioning

This isn’t specific to one diagnosis, but it is highly relevant in older adult rehab populations. Prolonged bed rest, illness, or hospitalization can rapidly reduce core strength, lower extremity strength, and postural control, resulting in significant balance deficits even in patients with no prior neurological history.

Knowing the most typical balance presentation for your patient’s diagnosis can help you select the most appropriate outcome measure and interventions, as well as set realistic, meaningful goals.

Treating Impaired Balance in Occupational Therapy

One of our most popular OT interventions articles highlights our favorite occupation-based balance interventions for OTs. It provides you with several functional ideas for addressing sitting and standing balance in various occupations.

Check it out here: Occupation-Based Balance Interventions For Your OT Practice

Additionally, these 25 balance exercises from Step2Health, while not necessarily occupation-based by themselves, can also be incorporated during functional activities to further address and challenge impaired balance during self-care tasks. 

 

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OTs and PTs may document and treat balance slightly differently, but it is so important to have an understanding of the balance grades so that you can grade your patient accordingly.

Occupational therapists target static and dynamic sitting and standing balance, as it has a direct impact on independence and safety within so many different occupations. As mentioned above, there are a variety of free balance tests that you can use to assess and track your patient’s safety.

We hope you now feel more confident about sitting and standing balance grades and find these balance assessments useful as well.

Happy balancing!

This article was co-written by Alexia Stavrou, BScOT and Sarah Stromsdorfer, OTR/L. It was last updated on March 30, 2026.