Geriatric Fall Risk · Balance · Gait Assessment

Tinetti Balance and Gait Test (POMA)

Score all 9 balance and 8 gait items of the Tinetti Performance Oriented Mobility Assessment. Identifies high fall risk at ≤18 points with EMR-ready documentation.

Clinically reviewed by Dr. Nikhil Mahajan, PT, MPT  ·  Jan 15, 2025
≤ 18 High Fall Risk Urgent intervention
19 – 23 Moderate Risk Balance training indicated
≥ 24 Low Fall Risk Safe for community ambulation
28 Maximum Score Balance 16 + Gait 12
Balance 0 /16
Gait 0 /12
Total 0 /28
Risk High

Part 1 — Balance Scale

9 items · Maximum 16 points · Clinician-observed

0 / 16
1
Sitting Balance Patient seated in a firm, armless chair.
2
Arises from Chair 'Please stand up.'
3
Attempts to Arise Observe the number of attempts.
4
Immediate Standing Balance (first 5 seconds) Assess stability immediately after arising.
5
Standing Balance Patient stands for 1 minute with feet as close together as possible.
6
Nudged (Sternal Push) Examiner pushes lightly on sternum 3 times with palm of hand.
7
Eyes Closed (Standing) Same position as item 5, eyes closed.
8
Turning 360° Patient turns in a full circle.
9
Sitting Down 'Please sit down.'

Part 2 — Gait Scale

8 items · Maximum 12 points · Walk approximately 8 feet, turn, and return

0 / 12
10
Initiation of Gait Immediately after told to 'go.'
11
Step Length & Clearance — Right Right foot: swing and ground clearance.
12
Step Length & Clearance — Left Left foot: swing and ground clearance.
13
Step Symmetry Compare step length of right and left foot.
14
Step Continuity Observe walking pattern continuity.
15
Path Deviation Observe excursion of foot from marked walking line.
16
Trunk Stability Observe trunk sway and armswing.
17
Walking Stance (Step Width) Observe width between feet while walking.
0 of 17 items scored

Tinetti POMA — Score Interpretation Reference

Total Score Risk Level Clinical Description Recommended Action
≤ 18 / 28 High Fall Risk High probability of falls in the next 12 months — significant balance and gait deficits Urgent multidisciplinary fall prevention program, environmental modification, PT referral
19 – 23 / 28 Moderate Fall Risk Moderate balance and gait impairment — fall risk present but lower than high-risk group Progressive balance and gait training, environmental assessment, medication review
≥ 24 / 28 Low Fall Risk Adequate functional mobility for community ambulation Preventive exercise, annual reassessment, patient education
MCID: 4 points Clinically meaningful change requires ≥ 4-point improvement between assessments

What is the Tinetti Balance and Gait Assessment?

The Tinetti Performance Oriented Mobility Assessment (POMA) is a clinician-administered 28-point scale developed by Dr. Mary Tinetti (1986) to assess balance and gait in older adults and predict fall risk. It is divided into two subscales: a Balance Scale (9 items, max 16 points) assessing sitting stability, transfers, and standing balance; and a Gait Scale (8 items, max 12 points) assessing walking initiation, step length, symmetry, continuity, path deviation, and trunk stability. The total score (0–28) stratifies fall risk into three categories, with scores of 18 or below indicating high fall risk and scores of 24 or above indicating low risk.

The 9 Tinetti Balance Items Explained

  • Sitting Balance: Assesses whether the patient leans or slides in the chair — reflects trunk stability and postural tone.
  • Arises from Chair: Assesses the ability to rise from a firm, armless chair — tests hip extensor and quadriceps strength.
  • Attempts to Arise: Records the number of attempts needed to stand — multiple attempts indicate significant lower extremity weakness.
  • Immediate Standing Balance (first 5 seconds): Captures the critical transition period when falls most commonly occur.
  • Standing Balance: Timed standing with feet close together — assesses quiet stance balance and base of support.
  • Nudged (Sternal Push): Light push on the sternum 3 times — tests reactive postural control (the ability to recover from external perturbations).
  • Eyes Closed (Standing): Removes visual input to isolate proprioceptive and vestibular contributions to balance.
  • Turning 360°: Assesses step continuity and stability during turning — a high-risk movement for falls.
  • Sitting Down: Assesses controlled lowering into the chair — eccentric quadriceps control and distance judgment.

The 8 Tinetti Gait Items Explained

  • Initiation of Gait: Any hesitancy or freezing at gait initiation indicates basal ganglia dysfunction (Parkinson's) or fear of falling.
  • Step Length and Clearance (Right & Left): Assesses whether the swing foot passes the stance foot and clears the floor — identifies steppage gait and foot drop.
  • Step Symmetry: Compares step length between right and left — asymmetry indicates pain, weakness, or neurological asymmetry.
  • Step Continuity: Stopping between steps indicates freezing or significant fear of falling.
  • Path Deviation: Walking in a straight line — veering indicates vestibular dysfunction or cerebellar ataxia.
  • Trunk Stability: Trunk sway during walking — excessive sway indicates core weakness or neurological impairment.
  • Walking Stance (Step Width): Wide base of support indicates balance deficit — the body widens the base to compensate for impaired dynamic balance.

Tinetti vs Other Fall Risk Measures

  • vs Timed Up and Go (TUG): TUG takes 5 minutes and provides a single time score; Tinetti takes 15 minutes and provides subscale detail. Use TUG for quick screening; Tinetti for comprehensive balance and gait profiling when fall risk is confirmed.
  • vs Berg Balance Scale (BBS): BBS is longer (20 minutes) with 14 tasks scored 0–4 each (max 56); Tinetti is faster (15 min) and includes gait assessment that BBS lacks. BBS is more sensitive for mild impairment; Tinetti is preferred when gait analysis is needed alongside balance.
  • vs BESS: BESS uses error counting on foam and firm surfaces in 6 stances; Tinetti assesses functional tasks. BESS is preferred for sport concussion; Tinetti for geriatric fall risk.
Dr. Nikhil Mahajan, PT, MPT Doctor of Physical Therapy · Reviewed January 15, 2025 · View full credentials

Frequently Asked Questions

What equipment is needed for the Tinetti test?
The Tinetti test requires minimal equipment: a firm, armless chair approximately 44–46 cm (17–18 inches) high, a measured walkway of approximately 8 feet (2.4 meters) with a clearly marked turning point, and a stopwatch. No specialized equipment is required — the test is designed for bedside and clinic use. Patients should wear their regular footwear and use their regular assistive device.
How long does the Tinetti test take to administer?
The full Tinetti POMA typically takes 10–15 minutes for an experienced clinician. The balance subscale takes approximately 6–8 minutes and the gait subscale approximately 4–6 minutes. Initial administrations may take up to 20 minutes while clinicians become familiar with the scoring criteria. No patient preparation time is required beyond standard positioning.
Is the Tinetti test valid for Parkinson's disease patients?
Yes — the Tinetti POMA has been validated for Parkinson's disease populations. It is particularly sensitive to gait initiation hesitancy (item 10) and step continuity (item 14) which are hallmark features of Parkinsonian gait. ICC = 0.89 for Parkinson's patients. Use the Tinetti alongside the TUG test for comprehensive Parkinson's mobility assessment. Administer in both ON and OFF medication states when possible.
Can the Tinetti be used for stroke rehabilitation?
The Tinetti POMA is validated for post-stroke populations with good reliability (ICC = 0.82–0.93). It is particularly useful for identifying asymmetric step length (items 11–12) and trunk instability (item 16) that are common after stroke. However, for patients with severe stroke-related motor deficits, the Berg Balance Scale may provide better sensitivity at the low end of function. Use both tools together in subacute stroke rehabilitation.