You can test your balance at home with a few simple challenges that take less than a minute each. Standing on one leg with your eyes open is the quickest screen: healthy adults under 40 can hold this position for about 45 seconds, while someone in their 70s averages around 21 seconds. If you’re noticeably below the norm for your age, or if you can’t hold the position at all, that’s a signal worth paying attention to.
Balance depends on three systems working together: your vision, your inner ear, and the position sensors in your muscles and joints. Testing balance means challenging one or more of these systems to see how well they compensate. The tests below range from things you can try right now to structured assessments used in clinics and sports medicine.
The Single-Leg Stand Test
This is the simplest and most widely used balance screen. Stand near a wall or countertop (close enough to catch yourself), place your hands on your hips, and lift one foot off the ground. Time how long you can hold the position without hopping, putting your foot down, or grabbing for support. Do three attempts on each side and use your best time.
Here’s what the research shows for eyes-open performance, based on your best of three trials:
- Ages 18 to 39: about 45 seconds
- Ages 40 to 49: about 42 seconds
- Ages 50 to 59: about 41 seconds
- Ages 60 to 69: about 32 seconds
- Ages 70 to 79: about 22 seconds
- Ages 80 and older: about 9 seconds
Now try it with your eyes closed. This is dramatically harder because you’re forcing your body to rely entirely on inner-ear signals and joint position sense. Most people lose at least half their time. A large gap between your eyes-open and eyes-closed performance can point to issues with those non-visual balance systems.
The Romberg Test
The Romberg test helps pinpoint whether your balance problems come from your vision or from the position-sensing nerves in your legs and feet. Stand with your shoes off, feet together, arms at your sides or crossed in front of you, and chin level with the floor. Hold this position with your eyes open for about 30 seconds. Then close your eyes and hold for another 30 seconds.
If you’re steady with eyes open but start swaying, stepping, or falling once your eyes close, the test is considered positive. That pattern suggests your brain is relying heavily on vision to compensate for weak signals from your joints or inner ear. If you’re equally unsteady with eyes open and closed, the issue is more likely muscular or related to your cerebellum (the part of the brain that coordinates movement).
A harder version, called the sharpened or tandem Romberg, has you stand heel-to-toe with one foot directly in front of the other. Same procedure: eyes open first, then eyes closed. This narrows your base of support and makes the test sensitive enough to catch subtler balance deficits that the standard version misses.
The Timed Up and Go Test
The Timed Up and Go (TUG) test measures functional mobility, meaning how well your balance holds up when you’re actually moving through space. The CDC uses it as a fall-risk screening tool for older adults. You need a chair with armrests, a stopwatch, and a mark on the floor 10 feet (3 meters) away from the chair.
Sit back in the chair. On “go,” stand up, walk to the mark at your normal pace, turn around, walk back, and sit down. Wear your usual shoes and use a cane or walker if you normally do. The clock starts on “go” and stops when you’re seated again.
An older adult who takes 12 seconds or more is considered at increased risk for falling. Most healthy adults complete it in 8 to 10 seconds. This test captures things that static standing tests miss: the transition from sitting to standing, the ability to turn safely, and walking confidence.
The Functional Reach Test
This one measures how far you can lean forward without losing your balance or taking a step. Stand sideways next to a wall with your arm raised straight in front of you at shoulder height. Without moving your feet, reach forward as far as you can. Someone else marks where your fingertips start and where they end up. The difference is your functional reach distance.
Most healthy people with good balance can reach 10 inches or more. A reach under 6 or 7 inches indicates limited functional balance and a higher fall risk. This test is useful because it mimics a real-life challenge: reaching for something on a shelf, leaning across a counter, or stretching to open a door.
The Balance Error Scoring System
The Balance Error Scoring System (BESS) is commonly used in sports medicine and concussion evaluations. It’s more structured than the tests above but still requires no special equipment beyond a foam pad. You perform three stances, each held for 20 seconds with your eyes closed and hands on your hips:
- Double-leg stance: feet together on firm ground
- Single-leg stance: standing on your non-dominant foot with the other leg bent behind you
- Tandem stance: heel-to-toe with your dominant foot in front
Each stance is performed on a firm surface and then repeated on a foam pad, for six total trials. An observer counts errors: opening your eyes, moving your hands off your hips, stepping or stumbling, lifting your heel or forefoot, or staying out of position for more than 5 seconds. If multiple errors happen at the same instant, only one is counted. A higher error count signals poorer balance. Athletes typically take this test at the start of a season to establish a baseline, then repeat it after a head injury to check for deficits.
The Berg Balance Scale
The Berg Balance Scale is a clinical assessment that covers 14 tasks of increasing difficulty. A physical therapist or other provider scores each task from 0 to 4, giving a maximum score of 56. The tasks include:
- Moving from sitting to standing and back
- Standing unsupported
- Sitting unsupported
- Transferring between two chairs
- Standing with eyes closed
- Standing with feet together
- Reaching forward with an outstretched arm
- Picking an object up from the floor
- Turning to look behind you
- Turning in a full circle
- Alternating feet onto a stool
- Standing with one foot in front of the other
- Standing on one leg
You’ll notice this combines many of the individual tests described above into a single comprehensive assessment. Scores below 45 generally indicate impaired balance, and scores below 36 suggest a high fall risk. If you’re concerned about your results on any home test, the Berg is often the next step a physical therapist will use to get a fuller picture.
How to Rate Your Own Confidence
Balance isn’t only physical. How confident you feel about your balance affects how much you move, which in turn affects your actual balance over time. The Activities-Specific Balance Confidence Scale asks you to rate, on a scale from 0% to 100%, how confident you are that you won’t lose your balance during 16 everyday activities. These range from easy (walking around the house, going up and down stairs) to moderate (sweeping the floor, getting in and out of a car, walking across a parking lot) to challenging (walking in a crowd, riding an escalator without holding the rail, walking on icy sidewalks).
You can use this list as an informal self-check. If several of these activities make you anxious or if you’ve started avoiding them, that avoidance pattern itself is a risk factor. Reduced activity leads to weaker muscles and slower reflexes, which makes falls more likely rather than less.
Making Sense of Your Results
No single test captures every aspect of balance. The single-leg stand and Romberg test challenge your static balance, the ability to hold still. The TUG test challenges dynamic balance, your stability while moving. The functional reach test targets the limits of your base of support. And the BESS removes vision entirely to stress your inner ear and joint sensors.
If you’re testing yourself at home, start with the single-leg stand (eyes open, then eyes closed), the tandem Romberg, and the functional reach. Together, these three take about five minutes and cover the major systems involved. Track your times every few weeks if you’re working on improving your balance through exercise. Gains tend to show up within four to six weeks of consistent training, especially in older adults who start from a lower baseline.