Could you get up off the floor after a fall? Why the sit-and-rise test is about more than fitness

The World Health Organization estimates that about 28–35% of people aged 65 and over fall each year, rising to 32–42% of those over 70 (WHO 2007). Worldwide, falls cause about 684,000 deaths a year, the second leading cause of unintentional injury death, and 37.3 million falls a year are severe enough to need medical attention (WHO).

In the United States, more than one in four adults aged 65 and over report a fall each year, and the age-adjusted fall death rate rose from 64.7 to 78.4 per 100,000 between 2018 and 2024 (CDC). A fall is not a rare event to plan around; it is the ordinary risk of later life.

A prospective study of community-living adults aged 72 and over followed what happened after a fall (Tinetti 1993). Of 313 uninjured fallers, 148 (47%) could not get up unaided after at least one fall. Among people over 90 who fell, 53 of 66 (80%) could not get up at least once, and 20 (30%) lay on the floor for an hour or more.

A long lie after a fall is its own harm, separate from any injury, and it is what the floor rise test is about. The question is not whether you will fall; the numbers above say many people will. It is whether, on the day, you can get yourself up.

The sitting-rising test asks you to sit down to the floor and stand back up with as little support as possible. Each action starts at 5 points; take off 1 for each hand, forearm, knee or side of the leg used, or a hand on the knee, and 0.5 if the evaluator sees an unsteady execution. The best score for each action counts, whatever the number of attempts (Araújo). Reference scores exist for 6,141 adults aged 16 to 98.

In adults aged 51–80, the lowest scores went with far higher mortality: against a score of 8–10, hazard ratios adjusted for age, sex and BMI were 5.44 for 0–3, 3.44 for 3.5–5.5 and 1.84 for 6–7.5, and each extra point went with 21% better survival (Brito 2012). Over 12 years of follow-up, a score of 0–4 went with 3.84 times the natural-cause mortality of a perfect 10 (Araújo 2025). These are associations in people who could attend a clinic, not a trial.

Across pooled cohorts, the slowest quarter on chair rises had about twice the mortality of the fastest (hazard ratio 1.96 in five studies of 28,036 people), and people unable to do chair rises had about four times the mortality (Cooper 2010). Over 65, taking more than 15 seconds for five sit-to-stands doubled the risk of recurrent falls in people at moderate risk, and it was the only one of three balance tests that added value (Tiedemann 2008).

The common thread is leg power: the ability to produce force quickly, which declines faster than strength and starts to fall after 40 (Skelton 1994). Getting off the floor and out of a chair both depend on it.

Exercise does, with high-certainty evidence. The Cochrane review of exercise for preventing falls in older people living in the community found that exercise reduced the rate of falls by 23% against control, and that balance and functional exercise reduced it by 24% (Sherrington 2019). Programmes built on balance and everyday movements did better than resistance training alone.

That is the practical reading of the floor rise test. A low score is not a verdict; it points at the kind of training that the trials show works: balance, getting up and down, stepping, and leg power.

The app’s floor sit-and-rise test follows Araújo’s scoring: start from 10, take off a point for each support used and half a point for an unsteady movement, best sit and best rise count. Its age bands are the app’s own estimates and are labelled as not yet checked against the published percentiles, because that table has not been read in full.

The test is in the battery because it is the closest field test to the thing that matters after a fall. Have someone nearby the first time, and skip it with a recent knee or hip injury. This is not medical advice.