The test works because it loads four things at once, and each one tracks survival on its own: leg strength (the push to get off the floor), hip and ankle mobility (getting down cross-legged), balance (not toppling from a narrow base), and body composition (extra weight makes every phase harder). It penalises your weakest link, which is why one number carries more signal than measuring any single component alone.
Two cohorts from the same Rio clinic show the same clean stepwise pattern: lower score, higher death rate. The first followed 2,002 adults for a median 6.3 years — the lowest scorers were 5.4 times likelier to die than the top, and each point was worth a 21% drop in that risk 1. The follow-up tracked 4,282 adults for 12.3 years; death rates ran from 3.7% at a perfect score up to 42.1% at the bottom 2. The honest catch: both come from one clinic, with no independent replication. What grounds it is that every component it measures already has its own survival literature.
Take your shoes and socks off, clear a patch of floor, and keep a wall or sturdy chair within reach. Then sit down cross-legged and rise, using the minimum support you honestly need.
The score is trainable, and it follows the work.
Weeks. A focused mobility routine (hip openers, ankle drills, a few easy goblet squats) usually buys back half a point in a month. The descent stops feeling like falling.
Months. Add resistance work two or three times a week; the rise off the floor stops being a skill you practice and becomes something your legs just do.
Years. The decade after 50 is when floor-mobility slips for most people. Train through it and the world stays the size it was: you sit on the floor with the grandkids, you kneel to garden.
The fine print — when to skip it, and what people get wrong
It's a dial, not a workout — 30 seconds a day trains nothing; the underlying components do. Not destiny either: the gap is an association, and everything it measures responds to training within weeks. Floor-sitting cultures score higher at the same fitness level, so the Brazilian norms travel imperfectly.
- 1Brito LB, Ricardo DR, Araújo DSMS, Ramos PS, Myers J, Araújo CGS (2014). Ability to sit and rise from the floor as a predictor of all-cause mortality. European Journal of Preventive Cardiology. link
- 2Araújo CGS, de Souza e Silva CG, Myers J, Laukkanen JA, Ramos PS, Ricardo DR (2025). Sitting–rising test scores predict natural and cardiovascular causes of deaths in middle-aged and older men and women. European Journal of Preventive Cardiology. link
- 3Araújo CGS, Castro CLB, Franca JFC, Araújo DSMS (2020). Sitting–rising test: sex- and age-reference scores derived from 6141 adults. European Journal of Preventive Cardiology. link
Related in the handbook (6)
- — Half the test is hip and ankle mobility — a daily routine is how you keep that range.
- — A low score isn't a verdict — strength work is the main way to push it back up.
- — The test packs strength, balance, and body composition into one number; a DEXA scan measures the muscle and fat behind a poor score directly.
- — Another two-minute home test that predicts the next decade — pair them for a fuller picture.
- — Hinging well is half of still getting off the floor at 80 — the exact independence the sitting-rising test scores.
- — Two cheap-ish numbers that each predict mortality — function on the floor, engine in the lungs.
Sitting-Rising Test (SRT)
Under a minute, once a year. Most people will want a spotter or a wall the first time.
Two large Brazilian cohorts (6,000+ adults tracked for up to 12 years) show a clear dose-response between score and death rate, adjusted for the usual risk factors. No randomised trials, and the studies trace to one research group — solid signal, modest replication.
A 30-second test taken in midlife sorts adults into mortality risk groups that differ four- to six-fold over the next decade. Not because the test extends life, but because the score is a clean signal of fitness deficits that do.
A bad score is a flag that something — hips, ankles, balance, leg strength — is weaker than it should be, and that's the kind of finding that prompts the training that actually moves daily function.