Introduction
The Tinetti Balance Assessment Calculator is a tool that helps measure how well a person can balance and walk. It is based on the Tinetti Performance-Oriented Mobility Assessment (POMA), a test widely used by doctors, nurses, and physical therapists to check fall risk in older adults. The test was created by Dr. Mary Tinetti at Yale University and has been trusted in clinical settings for decades.
The full assessment has two parts. The balance section scores up to 16 points and looks at tasks like sitting, standing, and turning. The gait section scores up to 12 points and watches how a person walks, including step length, foot clearance, and trunk stability. The two scores are added together for a total score out of 28. For a condensed version of this evaluation, you can also use our Tinetti Calculator.
A total score of 18 or below means a high risk of falling. A score between 19 and 23 means a moderate risk. A score of 24 or higher means a low risk. These cutoff values help care teams decide if a patient needs extra support, such as a walking aid, home safety changes, or a targeted exercise program.
Use this calculator to score each item of the Tinetti test, get instant results, and see a clear step-by-step breakdown. It is designed for healthcare professionals, rehabilitation specialists, and caregivers who need a quick and accurate way to assess mobility and plan fall prevention strategies. For a complementary standing balance evaluation, try the Berg Balance Calculator.
How to Use Our Tinetti Balance Assessment Calculator
This calculator scores a patient's balance and gait based on 20 observed tasks. You select one option for each task, and the tool gives you a balance score, a gait score, a total Tinetti score, and a fall risk level.
Sitting Balance: Watch the patient sit in a hard chair with no arms. Pick whether they lean, slide, or stay steady.
Rises from Chair: Ask the patient to stand up. Note if they need help, use their arms, or rise on their own.
Attempts to Rise: Count how many tries the patient needs to fully stand up from the chair.
Immediate Standing Balance: Watch the patient during the first 5 seconds after standing. Pick the option that matches their steadiness.
Standing Balance: Look at how steady the patient is while standing still. Note their stance width and if they need support.
Nudged: With the patient's feet together, push gently on their chest three times. Pick the response you observe.
Eyes Closed: Ask the patient to close their eyes while standing. Select whether they are steady or unsteady.
Turning 360° – Steps: Watch the patient turn in a full circle. Pick whether their steps are continuous or broken up.
Turning 360° – Steadiness: During the same full turn, note if the patient staggers, grabs something, or stays steady.
Sitting Down: Watch the patient sit back down in the chair. Pick the option that best describes how safe and smooth the motion is.
Initiation of Gait: Tell the patient to start walking. Note if there is any pause or hesitation before they begin.
Step Length & Height – Right Foot: Watch the right foot during the swing phase. Pick whether it fully passes the left foot or not.
Step Length & Height – Left Foot: Watch the left foot during the swing phase. Pick whether it fully passes the right foot or not.
Foot Clearance – Right: Check if the right foot lifts clear of the floor on every step.
Foot Clearance – Left: Check if the left foot lifts clear of the floor on every step.
Step Symmetry: Compare the right and left step lengths. Pick whether they look equal or unequal.
Step Continuity: Watch for any stopping or pauses between steps. Select continuous or discontinuous.
Path: Note how much the patient drifts from a straight line while walking. For patients working on improving their walking habits, the Walking Distance Calculator can help set measurable goals.
Trunk: Watch the patient's trunk for sway, flexion at the knees or back, or arm spreading while they walk.
Walking Stance Width: Look at the space between the patient's heels during walking. Pick whether the heels are apart or almost touching.
After you answer all 20 items, press Calculate Score. The tool adds up your balance score out of 16, your gait score out of 12, and your total Tinetti score out of 28. It then shows whether the patient has a high, moderate, or low fall risk.
What Is the Tinetti Balance Assessment?
The Tinetti Balance Assessment is a simple test used by doctors, nurses, and therapists to check how well a person can balance and walk. It was created by Dr. Mary Tinetti in 1986. The test is mostly used with older adults to find out if they are at risk of falling. You can confirm a patient's age quickly with our Age Calculator before beginning the assessment.
How Does the Test Work?
The test has two parts. The first part looks at balance and is worth up to 16 points. A therapist watches the patient sit, stand up, stay still, get nudged, turn around, and sit back down. The second part looks at gait, which means how a person walks. This part is worth up to 12 points. The therapist watches things like step length, foot clearance, path straightness, and trunk steadiness.
The two scores are added together to get a total score out of 28 points. A higher score means better balance and walking ability. Clinicians often pair this test with the Berg Balance Calculator to get a more complete picture of a patient's stability.
What Do the Scores Mean?
- 19 to 28 points: Low fall risk
- 19 to 23 points: Moderate fall risk
- 18 points or less: High fall risk
People who score 18 or below are much more likely to fall. Their care team can use this information to plan exercises, suggest walking aids, or make changes at home to keep them safe. To measure a patient's overall functional independence alongside fall risk, consider using the Barthel Index Calculator or the Modified Barthel Index Calculator.
Who Uses This Test?
Physical therapists, occupational therapists, nurses, and doctors use the Tinetti Assessment in hospitals, rehab centers, nursing homes, and home health visits. It takes about 10 to 15 minutes to complete and needs no special equipment — just a hard, armless chair and a clear walkway. Cognitive screening tools like the BIMS Calculator are often administered in the same visit to build a full patient profile.
Why Is This Test Important?
Falls are one of the leading causes of injury in older adults. A single fall can lead to broken bones, head injuries, or a long hospital stay. The Tinetti Assessment helps catch balance and walking problems early so they can be treated before a serious fall happens. It is also useful for tracking progress over time after therapy or surgery. During rehabilitation, clinicians may use the RPE Calculator to gauge exercise intensity and the VO2 Max Calculator to monitor cardiorespiratory fitness as the patient recovers. General health markers such as BMI and body fat percentage can also influence fall risk and should be assessed alongside mobility scores.