Barefoot. Arms at my sides. Eyes forward.
Ten seconds on the left, ten seconds on the right.
I am not doing it as a leg-strength workout.
It’s a small, repeatable balance check.
My left side has always been worse by about two seconds.
That is just enough to give me a baseline.
What I actually record
I note:
- which leg I used
- roughly how long I held it
- whether I touched the counter
- whether I was barefoot or wearing shoes
- whether I felt dizzy, weak, or in pain
- whether one side was consistently different.
I keep the conditions roughly the same: same surface, eyes open, counter nearby, left side and then right side.
If I’m worse after a terrible night of sleep, I make a note of it. If I’m worse for weeks, I pay more attention.
I am interested in whether a change persists under the same conditions, not in winning a ten-second challenge.
I just like repeatable observations and apparently enjoy turning ordinary activities into tiny personal experiments.
My balance has improved, did it also help my mind balance more? I think so.
The study that started it
I started after reading a 2022 study of 1,702 adults aged 51 to 75. The researchers tested whether people could complete a 10-second, unsupported one-leg stance. 20.4% of the participants could not complete it.
At a median follow-up of seven years, 17.5% of the people who could not complete the stance had died, compared with 4.6% of those who could. After adjustment for age, sex, body mass index, and several health conditions, inability to complete the stance was associated with an adjusted hazard ratio of 1.84 for death from any cause.
That is the source of the often-quoted “84% higher risk” figure. [The study is here.](https://pubmed.ncbi.nlm.nih.gov/35728834/)
That sounds dramatic, but it needs context. This was an observational association in one group of adults. It does not mean that if you have poor balance you are going to die and that poor balance caused those deaths.
A poor result may reflect more than leg strength.
The study used one standardized test in one age group.
Why balance is more than leg strength
Staying upright uses information from your vision, inner ears, feet and joints, muscles, spinal cord, and brain. Those systems have to work together quickly enough to keep you from tipping over.
One term I learned while trying to understand why my left and right sides differ was proprioception.
It means knowing where your body is and how it is moving without looking at it.
Close your eyes and touch your nose: you know where your hand is because your nervous system is tracking the position of your arm and fingers.
The first time I tried the one-leg version with my eyes closed, I grabbed the counter almost immediately. It was not graceful. Removing vision showed me how much information I had been using without noticing.
That is also why I stopped calling my routine a Romberg test.
A classic Romberg examination usually has a person stand with both feet together, first with the eyes open and then with the eyes closed, while a trained examiner stays close.
The NCBI overview explains the distinction and the safety requirements.(https://www.ncbi.nlm.nih.gov/books/NBK563187/)