The Berg Balance Scale (BBS) is a 14-item performance test that scores functional balance from 0 to 56, with each item rated 0 to 4 and higher scores meaning better balance. It takes about 15 to 20 minutes, needs only a stopwatch, two chairs, a step, a ruler and a slipper, and was developed by Katherine Berg and colleagues in Canada to assess balance and fall risk in older adults. A total below 45 is the classic cutoff for increased fall risk (Berg et al., 1992), and a change of roughly 4 to 7 points is needed to be confident that a patient's balance really changed.
Below you will find a free Berg Balance Scale calculator, the full 0 to 4 scoring criteria for all 14 items, score interpretation, population-specific cutoffs, age norms, minimal detectable change (MDC) values and a printable Berg Balance Scale PDF with instructions. Data come from the original validation studies and the Shirley Ryan AbilityLab Rehabilitation Measures Database, checked in October 2026. For the standalone calculator page, see the Berg Balance Scale calculator.
Berg Balance Scale calculator
Berg Balance Scale calculator
Score each of the 14 items from 0 to 4 using the standard criteria. The calculator adds the total (0 to 56), shows the score band and the 45-point fall-risk cutoff, lists the items that scored 2 or below, and compares an earlier score with a minimal detectable change (MDC) value.
Clinical decision support only. The Berg Balance Scale has only moderate accuracy as a stand-alone fall-prediction tool, so combine the score with history, gait and strength testing. Use the standard instructions, without an assistive device, and document any deviation.
Worked example: a patient who scores 28 at evaluation and 46 after eight weeks of balance training has improved by 18 points. That is above every MDC value in the tables below, and the final score is above the 45-point cutoff. This is an illustrative example, not a patient record.
Berg Balance Scale score interpretation
The total ranges from 0 to 56. Many clinics report three score bands, and then apply the 45-point cutoff for fall risk. The two systems overlap for scores of 41 to 44, so document both.
| Score | Band | How to read it |
|---|---|---|
| 41–56 | Good balance | Independent balance in most daily tasks. Scores of 41 to 44 are below the 45-point fall-risk cutoff, so look at the lowest-scoring items and the patient's fall history. |
| 21–40 | Acceptable balance | Balance deficits are present and fall risk is increased. Balance training is usually indicated. |
| 0–20 | Balance impairment | Severe impairment. Plan for assistance, safety measures and intensive rehabilitation. |
| Below 45 | Fall-risk cutoff | Berg et al. (1992): the relative risk of falling over the next 12 months was 2.7 times higher in patients scoring below 45. |
Population-specific fall-risk cutoffs
Accuracy varies with the population, and the Berg Balance Scale alone has only moderate diagnostic accuracy for predicting falls. The Shirley Ryan database lists the following cutoffs.
| Population | Cutoff | Sensitivity / specificity | Source |
|---|---|---|---|
| Older adults (general) | Below 45 | Relative risk 2.7 over 12 months | Berg et al., 1992 |
| Older adults | Below 51 with a fall history, or below 42 without | 91% / 82% | Shumway-Cook et al., 1997 |
| Nursing home residents | Below 47 | 94.4% / 54.8% | Viveiro et al., 2019 |
| Chronic stroke (6 months or more) | Below 46.5 | 75% / 76.9% | Sahin et al., 2019 |
| Chronic stroke | 44 or below for high fall risk | Not reported in the database | Alghadir et al., 2018 |
| Parkinson's disease | 52 or below | 64% / 70.67% | Schlenstedt et al., 2016 |
| COPD | Below 52.5 | 73% / 77% | Jacome, 2016 |
| Vestibular dysfunction | Above 45 indicates functional ability | 75% / 75% | Cohen et al., 2008 |
Lower scores carry higher risk. Sources describe the risk as close to 100% at scores of about 36 to 40 or below in older adults, but they cite different thresholds, so rely on the cutoffs in the table when you document a decision.
Once you have administered the scale, the score should not live on a separate clipboard: score and track this measure inside your EMR. And once you are tracking one measure, it is worth seeing it alongside the rest of your caseload with outcomes reporting across your whole caseload.
Berg Balance Scale scoring criteria for all 14 items
Each item is scored from 4 (independent, within the time or distance requirement) to 0 (unable or needs assistance). Points are deducted when the patient needs supervision, uses support or does not meet the time or distance requirement. The standard protocol does not allow assistive devices. Summarized criteria are below, and the Berg Balance Scale PDF has the full instruction sheet.
| # | Item and instruction | 4 | 3 | 2 | 1 | 0 |
|---|---|---|---|---|---|---|
| 1 | Sitting to standing "Please stand up. Try not to use your hand for support." | Stands without hands and stabilizes independently | Stands independently using hands | Stands using hands after several attempts | Needs minimal assistance to stand or stabilize | Needs moderate or maximal assistance to stand |
| 2 | Standing unsupported "Please stand for two minutes without holding on." | Stands safely for 2 minutes | Stands 2 minutes with supervision | Stands 30 seconds unsupported | Needs several tries to stand 30 seconds unsupported | Unable to stand 30 seconds unsupported |
| 3 | Sitting with back unsupported, feet on floor "Please sit with arms folded for 2 minutes." | Sits safely and securely for 2 minutes | Sits 2 minutes under supervision | Sits 30 seconds | Sits 10 seconds | Unable to sit without support for 10 seconds |
| 4 | Standing to sitting "Please sit down." | Sits safely with minimal use of hands | Controls descent by using hands | Uses back of legs against chair to control descent | Sits independently but has uncontrolled descent | Needs assistance to sit |
| 5 | Transfers "Arrange chairs for a pivot transfer: one toward a seat with armrests and one toward a seat without." | Transfers safely with minor use of hands | Transfers safely with definite need of hands | Transfers with verbal cuing and/or supervision | Needs one person to assist | Needs two people to assist or supervise to be safe |
| 6 | Standing unsupported with eyes closed "Please close your eyes and stand still for 10 seconds." | Stands 10 seconds safely | Stands 10 seconds with supervision | Stands 3 seconds | Unable to keep eyes closed 3 seconds but stays steady | Needs help to keep from falling |
| 7 | Standing unsupported with feet together "Place your feet together and stand without holding on." | Places feet together independently and stands 1 minute safely | Places feet together independently and stands 1 minute with supervision | Places feet together independently but cannot hold for 30 seconds | Needs help to attain the position but holds 15 seconds | Needs help to attain the position and cannot hold 15 seconds |
| 8 | Reaching forward with outstretched arm while standing "Lift arm to 90 degrees. Stretch out your fingers and reach forward as far as you can." | Reaches forward confidently 25 cm (10 in) | Reaches forward 12 cm (5 in) | Reaches forward 5 cm (2 in) | Reaches forward but needs supervision | Loses balance while trying or needs external support |
| 9 | Pick up object from the floor from a standing position "Pick up the shoe or slipper placed in front of your feet." | Picks up the slipper safely and easily | Picks up the slipper but needs supervision | Cannot pick up but reaches 2-5 cm (1-2 in) from the slipper and keeps balance independently | Cannot pick up and needs supervision while trying | Unable to try or needs assistance to keep from losing balance or falling |
| 10 | Turning to look behind over left and right shoulders while standing "Turn to look directly behind you over the left shoulder. Repeat to the right." | Looks behind from both sides and weight shifts well | Looks behind from one side only; the other side shows less weight shift | Turns sideways only but maintains balance | Needs supervision when turning | Needs assistance to keep from losing balance or falling |
| 11 | Turn 360 degrees "Turn completely around in a full circle. Pause, then turn a full circle in the other direction." | Turns 360 degrees safely in 4 seconds or less on both sides | Turns 360 degrees safely on one side only in 4 seconds or less | Turns 360 degrees safely but slowly | Needs close supervision or verbal cuing | Needs assistance while turning |
| 12 | Place alternate foot on step or stool while standing unsupported "Place each foot alternately on the step or stool. Continue until each foot has touched the step four times." | Stands independently and safely and completes 8 steps in 20 seconds | Stands independently and completes 8 steps in more than 20 seconds | Completes 4 steps without aid, with supervision | Completes more than 2 steps and needs minimal assistance | Needs assistance to keep from falling or is unable to try |
| 13 | Standing unsupported with one foot in front "Place one foot directly in front of the other. If you cannot, step far enough ahead that the heel of the forward foot is ahead of the toes of the other foot." | Places foot in tandem independently and holds 30 seconds | Places foot ahead independently and holds 30 seconds | Takes a small step independently and holds 30 seconds | Needs help to step but holds 15 seconds | Loses balance while stepping or standing |
| 14 | Standing on one leg "Stand on one leg as long as you can without holding on." | Lifts leg independently and holds more than 10 seconds | Lifts leg independently and holds 5-10 seconds | Lifts leg independently and holds 3 seconds or more | Tries to lift leg, cannot hold 3 seconds but remains standing independently | Unable to try or needs assistance to prevent a fall |
Item 8 (functional reach) is the same movement you can test on its own with the Functional Reach Test, and item 14 can be explored further with the single-leg balance test. Item 6 (eyes closed) relates to sensory organization, covered in the modified CTSIB.
Equipment and administration
- Equipment: stopwatch, two standard chairs 18 to 20 inches high (one with armrests, one without), a step or stool 7.75 to 9 inches high, a ruler, and a slipper or shoe. Allow a walkway of about 15 feet.
- Time: 15 to 20 minutes. The database lists no formal training requirement, but raters should know the criteria and practise the scoring.
- Instructions: read the standard instruction for each item and demonstrate if needed. Tell the patient to hold each position as long as possible and to keep balance.
- Assistive devices: the standard protocol does not use them. If a patient must use a device, record that, because it changes how scores compare over time.
- Safety: use a gait belt, stand close to the patient, and stop an item if the patient is unsafe. Score the lowest response that applies when performance falls between two descriptors.
Berg Balance Scale norms by age
| Age group | Men: mean (SD), n | Women: mean (SD), n |
|---|---|---|
| 60–69 years | 55 (1), n = 15 | 55 (2), n = 22 |
| 70–79 years | 54 (3), n = 14 | 53 (4), n = 22 |
| 80–89 years | 53 (2), n = 8 | 50 (3), n = 15 |
| Population | Mean (SD) or range | Source |
|---|---|---|
| Institutionalized older adults | 30.1 (15.9) | Conradsson et al., 2007 |
| Parkinson's disease | 50 (7), range 47–52; and 40.22 (8.48), range 21–53 in a second cohort | Steffen and Seney, 2008; Qutubuddin et al., 2005 |
| Spinal cord injury (ASIA D) | 47.9 (10.7); paraplegia 44.8 (13.0); tetraplegia 50.7 (7.5) | Lemay and Nadeau, 2010 |
| After total knee arthroplasty | 34 (8) at 1 week; 50 (6) at 5 to 7 weeks | Jogi et al., 2010 |
Minimal detectable change (MDC) and measurement error
The MDC is the smallest change that exceeds measurement error, usually with 95% confidence (some studies use 90%). Use the value that matches your population and, in older adults, the patient's baseline score. A smaller change may still matter to the patient, but it cannot be separated from noise.
| Population | MDC (points) | Source |
|---|---|---|
| Older adults, baseline score 0–24 | 4.6 | Donoghue et al., 2009 |
| Older adults, baseline score 25–34 | 6.3 | Donoghue et al., 2009 |
| Older adults, baseline score 35–44 | 4.9 | Donoghue et al., 2009 |
| Older adults, baseline score 45–56 | 3.3 | Donoghue et al., 2009 |
| Institutionalized older adults | 8 | Conradsson et al., 2007 |
| Nursing home residents | 10.5 | Viveiro et al., 2019 |
| Acute stroke | 6.9 (overall); 6.0 with stand-by assist; 6.3 independent; 8.1 with assistance | Stevenson, 2001 |
| Chronic stroke | 4.66; 4.13; 2.7; 2.5 (four studies) | Hiengkaew 2012; Flansbjer 2012; Alghadir 2018; Liston and Brouwer 1996 |
| Parkinsonism | 5 | Steffen and Seney, 2008 |
| COPD | 5.9 | Jacome, 2016 |
| Dementia | 1.92 | Telenius et al., 2015 |
| Total knee arthroplasty | 2.0 (MDC95); MCID 5 points or 8% | Chan and Pang, 2015 |
MCID: the Rehabilitation Measures Database does not publish a single MCID for the general population. The 5-point MCID above comes from a total knee arthroplasty sample, so do not apply it to other conditions without checking the evidence.
Reliability, validity and limits of the Berg Balance Scale
| Property | Value | Source |
|---|---|---|
| Inter-rater reliability, community-dwelling older adults | ICC 0.98 | Berg et al., 1992 |
| Inter-rater reliability, acute stroke | ICC 0.95 | Mao et al., 2002 |
| Inter-rater reliability, nursing home | ICC 0.993 | Viveiro et al., 2019 |
| Test-retest reliability, chronic stroke | ICC 0.98 (0.72 to 0.99 across studies) | Liston and Brouwer 1996; Flansbjer 2012; Alghadir 2018 |
| Concurrent validity, stroke | Fugl-Meyer balance r = 0.90–0.92; PASS r = 0.92–0.95 | Mao et al., 2002 |
| Concurrent validity, Parkinson's disease | Timed Up and Go r = −0.78; gait speed r = 0.73 | Brusse et al., 2005 |
| Floor effect, acute stroke (14 days) | 35% (Mao 2002); 23.9% (Chou 2006) | Mao et al., 2002; Chou et al., 2006 |
| Ceiling effect | Parkinson's disease 10%; spinal cord injury 37.5% | Leddy 2011; Lemay and Nadeau 2010 |
| Responsiveness, acute stroke | Effect size 0.85 (Chou 2006); SRM 1.04 (8–38 days) | Chou et al., 2006; StrokEngine |
- Ceiling effect: high-functioning patients can score 54 to 56 and show no change. Add the Mini-BESTest or a gait-based test for these patients.
- Floor effect: very low-functioning patients, especially soon after stroke, can score at the bottom of the scale.
- Falls prediction: the 2018 neurology practice guideline reported strong, level I evidence for using the BBS to assess changes in static and dynamic sitting and standing balance (Moore et al., 2018), but the scale alone has only moderate accuracy for predicting falls. Pair it with a full fall risk assessment.
- Scope: the BBS tests mostly static and transitional balance. It does not test walking with obstacles or dual-task walking.
Clinical use by setting
Outpatient and geriatric physical therapy: use the total to set a baseline and the item scores to choose targets, such as reach training for low scores on item 8 or turning practice for items 10 and 11. Re-test at a consistent interval, and compare changes with the MDC. The CDC reports that more than one in four older adults falls each year and that falling once doubles the chance of falling again, so balance testing belongs in routine geriatric care.
Neurologic rehabilitation: the BBS is widely used after stroke, in Parkinson's disease, multiple sclerosis and spinal cord injury. Choose population-specific cutoffs and MDC values from the tables above, and watch for floor and ceiling effects in early and late recovery.
Documentation: record the total score, the item scores, whether an assistive device was used, the rater, the date and the interpretation. Link the result to the plan of care and the goals. Teams that track balance outcomes across patients can see how SPRY's outcomes tracking stores them, or book a demo.
Berg Balance Scale compared with other balance tests
| Test | What it adds | Learn more |
|---|---|---|
| Mini-BESTest | Broader coverage of balance systems, including reactive postural control, with less ceiling effect in higher-functioning patients | Mini-BESTest guide |
| Functional Reach Test | One-item screen of forward reach and limits of stability | Functional Reach Test |
| Tinetti (POMA) | Combined balance and gait score used in geriatric fall-risk screening | Tinetti calculator |
| Single-leg balance | Quick static balance screen | Single-leg balance |
| 30-second sit-to-stand | Lower-limb strength and function | 30-second sit-to-stand |
| Gait assessment and 10-meter walk | Walking speed and quality | Gait assessment; 10-meter walk test |
| Pediatric Balance Scale | A Berg adaptation for school-age children | Pediatric Balance Scale |
Escala de Berg: puntuación e interpretación (resumen en español)
La escala de equilibrio de Berg tiene 14 tareas puntuadas de 0 a 4, con un máximo de 56 puntos. Una puntuación menor de 45 indica mayor riesgo de caídas (Berg et al., 1992). Las bandas habituales son 41–56 (buen equilibrio), 21–40 (equilibrio aceptable) y 0–20 (deterioro del equilibrio). El cambio mínimo detectable es de unos 4 a 7 puntos según la población, por ejemplo 5 puntos en la enfermedad de Parkinson y 6,9 puntos en el ictus agudo. La prueba dura de 15 a 20 minutos. Use la calculadora de esta página, y combine el resultado con la historia de caídas y otras pruebas.
A escala de equilíbrio de Berg tem 14 itens pontuados de 0 a 4, com máximo de 56 pontos. Uma pontuação abaixo de 45 indica maior risco de quedas (Berg et al., 1992). As faixas habituais são 41–56 (bom equilíbrio), 21–40 (equilíbrio aceitável) e 0–20 (comprometimento do equilíbrio). A mudança mínima detectável varia de cerca de 4 a 7 pontos conforme a população. O teste leva de 15 a 20 minutos. Use a calculadora desta página e combine o resultado com o histórico de quedas e outros testes.
Frequently asked questions
What is a good score on the Berg Balance Scale?
Scores of 41 to 56 are generally considered good balance, and 56 is the maximum. In healthy community-dwelling adults aged 60 to 89, mean scores run from 50 to 55 (Steffen et al., 2002). Scores of 41 to 44 are still below the 45-point fall-risk cutoff.
What Berg Balance Scale score indicates fall risk?
A score below 45 indicates increased fall risk in older adults (Berg et al., 1992): the relative risk of falling over 12 months was 2.7 times higher. Shumway-Cook et al. (1997) used below 51 for people with a fall history and below 42 for those without, with 91% sensitivity and 82% specificity. Population-specific cutoffs are in the table above.
How is the Berg Balance Scale scored?
Each of the 14 items is scored from 0 to 4 using specific criteria, and the item scores are added for a total from 0 to 56. Points are lost for needing supervision or support, or for missing the time or distance requirement. Use the calculator above to add the scores and see the band.
How long does the Berg Balance Scale take?
About 15 to 20 minutes. The equipment is a stopwatch, two chairs, a step or stool, a ruler and a slipper or shoe.
What is the minimal detectable change on the Berg Balance Scale?
It depends on the population. In older adults it ranges from 3.3 to 6.3 points depending on the baseline score (Donoghue et al., 2009). It is 6.9 points in acute stroke, 4.66 in chronic stroke, 5 in Parkinson's disease, 5.9 in COPD and 10.5 in nursing home residents.
Is the Berg Balance Scale accurate for predicting falls?
It is a validated balance measure, but its accuracy for predicting falls is only moderate when used alone. Sensitivity and specificity vary by population, for example 75% and 76.9% in chronic stroke at a cutoff below 46.5. Use it with fall history, gait testing and strength measures.
Can the Berg Balance Scale be used for conditions other than aging?
Yes. It has been studied in stroke, Parkinson's disease, multiple sclerosis, spinal cord injury, COPD, dementia, traumatic brain injury and after lower-limb amputation or knee replacement. Use population-specific cutoffs and MDC values.
Who can administer the Berg Balance Scale?
Physical therapists, occupational therapists, nurses and other trained clinicians. The Rehabilitation Measures Database lists no formal training requirement, but raters should know the scoring criteria.
Where can I get the Berg Balance Scale PDF?
You can download the Berg Balance Scale PDF with instructions from this page. It includes the standard instructions and 0 to 4 scoring descriptors for all 14 items.
What is the difference between the Berg Balance Scale and the Mini-BESTest?
The Berg Balance Scale is quicker to score and has a long research history, but it has a ceiling effect in higher-functioning patients. The Mini-BESTest covers more balance systems, including reactive postural control. Many clinicians pick the Berg for patients with greater impairment and the Mini-BESTest when the Berg would score near the top.
Sources and further reading
- Shirley Ryan AbilityLab Rehabilitation Measures Database: Berg Balance Scale (cutoffs, MDC, norms, psychometrics)
- Shirley Ryan AbilityLab: Berg Balance Scale pocket guide
- StrokEngine: Berg Balance Scale (stroke psychometrics)
- Physiopedia: Berg Balance Scale
- University of British Columbia: Berg Balance Scale reference sheet (equipment and instructions)
- CDC: Older adult fall facts and statistics
- Berg KO, Maki BE, Williams JI, Holliday PJ, Wood-Dauphinee SL. Clinical and laboratory measures of postural balance in an elderly population. Arch Phys Med Rehabil, 1992;73(11):1073-1080.
- Shumway-Cook A, Baldwin M, Polissar NL, Gruber W. Predicting the probability for falls in community-dwelling older adults. Phys Ther, 1997;77(8):812-819.
- Donoghue D, Stokes EK. How much change is true change? The minimum detectable change of the Berg Balance Scale in elderly people. J Rehabil Med, 2009;41:343-346.
This page is educational and does not replace clinical judgment. Interpret scores alongside the patient's history, examination and goals.
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