Loading...
Printed on 6/29/2026
For informational purposes only. This is not medical advice.
The Timed Up and Go (TUG) test is a simple, validated assessment of functional mobility and fall risk in older adults. The patient is timed standing from a seated position, walking 3 meters at a comfortable pace, turning around, walking back, and sitting down. A time of <10 seconds indicates normal mobility, 10–19 seconds indicates mostly independent with some risk, 20–29 seconds indicates variable mobility with moderate fall risk, and ≥30 seconds indicates impaired mobility with high fall risk. The TUG is widely used in geriatric clinics, rehabilitation settings, and pre-surgical assessments. Supplement with [Morse Fall Scale](/tools/morse-fall-scale) for inpatient fall risk scoring. Assess ADL function with [Katz ADL Index](/tools/katz-adl). Quantify frailty burden with [Clinical Frailty Scale](/tools/clinical-frailty). For patients at high fall risk, assess fracture probability with [Fracture Risk FRAX Calculator](/tools/fracture-risk-frax).
Formula: Time (seconds) to stand, walk 3 meters, turn, walk back, and sit.
Save your results with a free account
Keep a history of calculations, favorite tools, and access your dashboard anytime.
Seat the patient in a standard armchair with armrests (seat height approximately 46 cm). The patient should wear their usual footwear and use their habitual walking aid (cane, walker) if applicable — do NOT ask them to put aside assistive devices for the test, as this introduces fall risk and invalidates comparison to habitual function. Mark a clear line on the floor 3 metres from the front of the chair. The test course should be on a flat, non-slip surface with no obstacles. Give one practice trial without timing before the scored attempt. Instruct: 'When I say GO, stand up, walk to the line on the floor, turn around, walk back to the chair, and sit down. Walk at your regular, comfortable pace.' Time starts on the command 'GO' and stops the moment the patient's back makes contact with the back of the chair at the end.
Use a stopwatch or digital timer and record the time to the nearest 0.1 second. Start timing on 'GO' — not on when the patient begins to move (some patients hesitate briefly). Stop timing when the patient is fully seated (back touching the chairback). The patient may pause during the test if needed. Observe the following qualitative features during the performance: gait initiation hesitancy, step symmetry and length, turning strategy (does the patient take many small steps or a wide arc?), postural stability (trunk sway, reaching for walls/furniture), and sitting safety (controlled lowering versus dropping onto chair). These qualitative observations carry prognostic information beyond the raw time and should be documented alongside the score.
Apply standard TUG interpretation cutoffs: under 10 seconds = freely mobile, low fall risk, normal community function; 10–19 seconds = mostly independent, some mobility impairment, moderate fall risk — monitor, consider targeted balance/strength exercise; 20–29 seconds = variable mobility, significant fall risk, may need walking aid or physiotherapy referral; 30 seconds or more = impaired mobility, high fall risk, likely to require assistance with ADLs and outdoor mobility. The NICE falls guideline and AGS/BGS updated falls prevention guidelines use 12 seconds as the community-dwelling elderly threshold for elevated fall risk requiring intervention. For post-stroke and Parkinson's patients, age- and disease-specific normative references apply. A change of 3+ seconds from baseline is generally considered a clinically meaningful change in rehabilitation settings. Supplement TUG with [Morse Fall Scale](/tools/morse-fall-scale) for inpatient risk scoring and assess fracture risk with [FRAX Calculator](/tools/fracture-risk-frax).
Geriatricians, primary care physicians, nurse practitioners
The TUG test is a core component of the annual falls risk assessment recommended for all adults aged 65 and older. The US Preventive Services Task Force (USPSTF), AGS, and BGS all recommend structured falls risk assessment in this population, and TUG provides an objective, timed mobility measure that complements questionnaire-based tools. A TUG ≥12 seconds in a community-dwelling older adult identifies a population who benefits from multifactorial falls prevention interventions: strength and balance exercise programs (Otago, Tai Chi), vitamin D supplementation, home safety assessment, and medication review. TUG results should be documented and tracked at each annual visit.
Physical therapists, occupational therapists, rehabilitation specialists
In rehabilitation settings, TUG provides an objective baseline measure of functional mobility at admission and documents improvement over the course of physical therapy. Serial TUG measurements at weekly intervals in post-stroke, post-hip-fracture, and post-joint-replacement patients provide objective evidence of functional gains required for insurance authorization and program outcome reporting. The minimal detectable change (MDC) for the TUG in community-dwelling elderly is approximately 3.4 seconds — a change exceeding this threshold reflects a real improvement beyond measurement error. Physical therapists use TUG alongside gait speed and [SPPB Score](/tools/sppb-score) for comprehensive lower-extremity function profiling.
Surgeons, anesthesiologists, perioperative medicine clinicians
Pre-operative TUG performance predicts post-operative complications and discharge destination in older adults undergoing elective surgery. TUG >20 seconds before hip or knee replacement is associated with higher rates of post-operative complications, longer hospital stay, and discharge to skilled nursing facility rather than home. Pre-operative TUG is included in multiple enhanced recovery after surgery (ERAS) protocols and comprehensive geriatric assessment pathways for surgical patients aged 65 and older. Results inform prehabilitation planning (targeted strength and balance training before surgery to optimize post-operative recovery) and patient/family counseling about realistic recovery timelines.
Neurologists, movement disorder specialists, Parkinson's disease nurses
TUG is widely used in Parkinson's disease management to objectively document motor fluctuations and track medication efficacy. TUG performed in the 'ON' state (peak levodopa effect) versus 'OFF' state (pre-dose) quantifies motor fluctuation magnitude. A TUG >13.5 seconds in Parkinson's patients (on medication) is associated with significantly elevated fall risk. In multiple sclerosis, TUG is a standard outcome measure for tracking disease progression. Post-stroke rehabilitation programs use TUG alongside Barthel Index to assess functional mobility recovery. Cognitive dual-task TUG (counting backward or naming animals while walking) may reveal attention-mobility interference in early dementia.
Cardiac rehabilitation nurses, pulmonary rehabilitation therapists, cardiologists
TUG provides a functional mobility assessment for patients enrolled in cardiac rehabilitation after myocardial infarction, heart failure, or cardiac surgery, and for COPD patients in pulmonary rehabilitation programs. Pre-rehabilitation TUG establishes a functional baseline; post-program TUG documents mobility improvement as a clinically meaningful outcome alongside exercise capacity (6MWT) and quality of life scores. In heart failure, TUG >15 seconds predicts higher risk of functional decline and rehospitalization. The simplicity of the test (no specialized equipment) makes it ideal for telerehabilitation home-based monitoring.
Rheumatologists, endocrinologists, bone health nurses
Falls are the proximate cause of the majority of fragility fractures in older adults. TUG ≥12 seconds identifies community-dwelling older adults with significantly elevated fall — and therefore fracture — risk, complementing bone density (DXA) and the [FRAX Fracture Risk Calculator](/tools/fracture-risk-frax) in comprehensive fracture prevention programs. Patients with osteoporosis and TUG ≥12 seconds have multiplicatively higher fracture risk than those with bone loss alone. TUG-based fall risk assessment guides decisions about anti-osteoporosis pharmacotherapy initiation, calcium and vitamin D supplementation, and referral to balance and strength training programs.
The TUG was validated and normed on an exact 3-metre course. Using 'about 3 metres' introduces measurement variability that makes individual results non-comparable to published normative data. Measure and mark the 3-metre distance precisely. In clinic rooms where 3 metres is not available, use a validated alternative (10-metre walk test or alternative standardized course) rather than an improvised TUG distance.
Always test with the walking aid the patient uses in daily life. Testing without an aid artificially worsens performance, introduces fall risk, and misrepresents habitual functional mobility. Document the aid used: 'TUG 15.2 seconds with standard rollator walker.' The key comparison is how the patient performs in their usual functional state, not a theoretical unassisted maximum.
The numerical TUG time is the primary output, but qualitative observations often have greater clinical value. Document: gait initiation hesitancy (Parkinson's freezing of gait), step symmetry (post-stroke hemiplegia), turning strategy (wide arcs suggest balance impairment), truncal sway, use of furniture for support mid-course, and the character of sitting (controlled versus dropping). A patient with a TUG of 18 seconds who freezes at the turning point has a different clinical picture than one with smooth but slow gait.
Standard TUG measures single-task mobility. Adding a simultaneous cognitive demand — counting backward by 3, naming animals, or carrying a glass of water — unmasks attention-mobility interference that predicts falls risk in patients with mild cognitive impairment (MCI) more sensitively than standard TUG alone. If standard TUG is normal (under 12 seconds) but clinical concern persists, administer cognitive dual-task TUG. The dual-task cost (difference in time versus single-task) is diagnostically informative.
TUG measures functional mobility but does not screen for: orthostatic hypotension (measure blood pressure lying/standing), medication side effects (sedatives, antihypertensives, opioids), vision impairment, foot problems (nail length, shoe type, neuropathy), home hazards (loose rugs, poor lighting, no grab bars), or fear of falling (FES-I scale). A normal TUG does not clear a patient of fall risk. A comprehensive falls assessment addresses all of these domains simultaneously.
While 12 seconds is widely cited as the fall-risk threshold for community-dwelling elderly, normative TUG times vary substantially by age: 60–69 years: 8–10 seconds; 70–79 years: 9–12 seconds; 80–89 years: 11–17 seconds; 90+ years: may be 18–25 seconds as normal. Applying a blanket cutoff of 12 seconds in a 92-year-old risks over-labeling normal age-related slowing as pathological. Use age-stratified normative references and clinical context together.
The minimal detectable change (MDC) for TUG in community-dwelling older adults is approximately 3.4 seconds — changes smaller than this are within measurement error and should not be interpreted as real clinical change. When documenting rehabilitation progress, a 3-second improvement in TUG represents a clinically meaningful functional gain that can be cited as objective evidence of rehabilitation benefit for authorization purposes.
Community-dwelling older adults who complete TUG in 20 seconds or more typically require assistance with at least some basic activities of daily living and are unlikely to manage independently outdoors. This threshold is useful for identifying patients who need home safety assessment, occupational therapy evaluation, and community support services. Pair TUG >20 seconds with [Katz ADL Index](/tools/katz-adl) and [Lawton IADL](/tools/lawton-iadl) to document the full functional picture for discharge planning and home care authorization.
TUG was derived from the 'Get Up and Go' test by Mathias et al. (1986) and standardized/validated by Podsiadlo and Richardson (Can Med Assoc J 1991). Shumway-Cook et al. (Am J Phys Med Rehabil 2000) validated community-dwelling fall-risk cutoffs. Minimal detectable change approximately 3.4 seconds (Steffen et al., Phys Ther 2002). AGS/BGS Guideline on falls prevention 2011 recommends TUG for community-dwelling older adults. Normative data by decade: Bohannon RW (J Geriatr Phys Ther 2006). Parkinson's disease cutoff: Nocera et al. (J Geriatr Phys Ther 2013).
Your Timed Up and Go result reflects functional mobility and fall risk. A time under 10 seconds indicates freely mobile with normal function. A time of 10-19 seconds suggests mostly independent mobility but with some impairment that may benefit from targeted exercises or environmental modifications. A time of 20-29 seconds indicates variable mobility with moderate fall risk, and the patient may need a walking aid or physical therapy referral. A time of 30 seconds or more indicates significantly impaired mobility with high fall risk, often requiring assistance with daily activities.
The TUG time should be interpreted in the context of the patient's age, baseline function, and medical conditions. A 90-year-old completing the test in 14 seconds may be doing very well for their age, while the same time in a 65-year-old may be concerning. Serial measurements are valuable for tracking functional decline or improvement after interventions.
Use the TUG test as part of a geriatric assessment for older adults at risk for falls, particularly those aged 65 and older. It is recommended by multiple guidelines including the AGS/BGS (American/British Geriatrics Society) as a component of fall risk screening. The test is ideal for primary care, geriatric clinics, rehabilitation settings, and pre-surgical evaluations for procedures where postoperative mobility is a concern.
The TUG is also useful for monitoring treatment response — for example, tracking improvement after physical therapy, medication adjustment, or hip/knee replacement. Serial measurements provide objective data on functional mobility trends.
The TUG test has moderate sensitivity (approximately 87%) but lower specificity for predicting falls. A normal TUG time does not rule out fall risk, as many falls are caused by environmental hazards, medications, or acute medical events that the TUG cannot capture. It should always be combined with a comprehensive fall risk assessment including medication review, vision testing, orthostatic blood pressure measurement, and home safety evaluation.
The test may not be sensitive to subtle balance or gait disorders, particularly vestibular dysfunction or mild cerebellar ataxia. It primarily measures gross functional mobility rather than specific balance components. The cognitive dual-task TUG (performing a mental task such as counting backward while walking) may improve the predictive value but is not included in this standard version. Results can also be influenced by footwear, pain, and motivation.
For related assessments, see Morse Fall Scale, Katz ADL and Clinical Frailty Scale.
Disclaimer: This tool is for educational and informational purposes only. It is not a substitute for professional medical advice, diagnosis, or treatment. Always consult a qualified healthcare provider with questions about your health.
April 21, 2026 · trust-baseline
Clinical trust metadata enabled for this tool page with structured review/version fields.
Assess inpatient fall risk with the Morse Fall Scale. Scores categorize patients as low, moderate, or high risk to guide fall-prevention protocols.
OpenGeriatricsAssess independence in six basic activities of daily living with the Katz ADL Index. Scores range from 0 (dependent) to 6 (fully independent).
OpenGeriatricsAssess frailty using the Rockwood Clinical Frailty Scale (CFS 1–9): Very Fit to Terminally Ill. Used for hospice eligibility, prognostication, ICU triage, surgical risk stratification, and goals-of-care discussions.
OpenInstruct the patient to stand from a chair, walk 3 meters, turn, walk back, and sit down. Time in seconds.