Balance Board vs Trampoline: What Training on an Unstable Surface Actually Does for Your Balance
Short answer: both take the solid floor away. In older adults, the kind of balance training that uses boards, foam pads and Swiss balls improved standing and moving balance in a review of 24 randomised trials. Compared with resistance training on solid ground, the unstable version reduced fear of falling more after 10 to 12 weeks and improved mobility more after 24 weeks. Leg strength improved no more than with stable training. Pick the surface by what you want it to train.
I wrote recently about balance exercises you can do at home. The last dial on that list was the surface: hard floor, then a folded towel, then a cushion. This is what happens when you keep turning it until the floor itself moves. A balance board (or a wobble cushion, or a foam pad) is the home version. A trampoline is the big version, and it's the one we coach on. People ask me which is better for balance, so I went to the research.
The best evidence is in older adults. Every study below is in that age group; the largest review set its floor at 55, and only two of its 24 trials averaged over 80. That's where a fall costs the most, so that's where the research is. Read the numbers as measured there.
What the two surfaces have in common
This bit is coaching, not research. On a hard floor your ankles have an easy job. On something that tips, every small sway has to be caught and returned, by ankles, hips, eyes and inner ear, all at once. A board tips a few degrees under your feet; a trampoline bed gives and comes back on every landing, with your whole body in the air in between. Same idea, turned up. No trial has put a board against a trampoline, so the comparison here is by what each surface trains.
What the research measured on wobbly surfaces
A 2026 systematic review and meta-regression in PLoS One pooled 24 randomised controlled trials, 1,110 older adults in all, of what the authors call sensorimotor-based interventions: balance training built on proprioceptive input, balance challenge or coordination. In practice: wobble boards, foam pads and Swiss balls, plus proprioceptive drills and a physiotherapy method called PNF. Most programmes ran 8 to 12 weeks, two or three times a week, 30 to 60 minutes a session; comparison groups mostly kept to their usual routine or did no extra training. (Chen 2026.)
Four things were measured and each result was graded for certainty. Hedges' g is the effect size: zero means no difference from the comparison group, further from zero means a bigger one.
- Static balance, standing still (the Berg Balance Scale): improved, g = 0.94. High-certainty evidence, the strongest result in the review, and it held under 70 and over 70 alike. (Chen 2026.)
- Dynamic balance, on the move (the Timed Up and Go: stand from a chair, walk, turn, walk back, sit): improved, g = -0.89, negative because a faster time is better. Low-certainty evidence: the trials disagreed a fair bit, and small trials with big results were over-represented; the effect held after correction, but came in smaller. (Chen 2026.)
- Postural sway (centre of pressure): reduced with eyes open, g = -0.66, low certainty, and with eyes closed, g = -0.34, moderate certainty. (Chen 2026.)
That's against people who mostly weren't training balance at all. Against ordinary balance drills on a stable floor the evidence is thinner but points the same way: in a 2026 systematic review of 12 randomised trials, 958 adults aged 60 and over, most of the 12 trials reported bigger gains from multisensory balance training (unstable surfaces, perturbations, visual cues) than from conventional balance exercises, though the authors didn't pool the results and flagged risk-of-bias concerns in most trials. (Gulati 2026.)
Unstable versus stable: the sharper test
The second 2026 review, in the American Journal of Physical Medicine & Rehabilitation, only counted trials in older adults that put resistance training on an unstable surface against resistance training on a stable one. Seven randomised trials, six pooled and one described. It measured leg strength (isometric leg extension, Five-Times Sit-to-Stand), mobility (Timed Up and Go, gait speed) and fear of falling (Falls Efficacy Scale), split into short programmes of 10 to 12 weeks and long ones of 24. (Doan 2026.)
After 10 to 12 weeks, strength and mobility gains were no better on the unstable surface; on the Five-Times Sit-to-Stand the stable group trended slightly better, not significantly. Two things did separate the groups: fear of falling dropped significantly more in the unstable group after the short programmes, and after 24 weeks the unstable group was significantly faster on the Timed Up and Go. The authors' conclusion: unstable training "may provide more benefits over SRT" (their shorthand for stable resistance training) "in reducing fear of falling in older adults, with greater functional gains after long-term training". (Doan 2026.)
Here's how I read that as a coach. Keep your strength work on solid ground; the floor built leg strength at least as well as the wobble did, and it lets you load properly (low-impact strength training is where I'd start). Give the unstable surface the job it's good at: getting you comfortable when the ground moves, which showed in the fear-of-falling scores inside 10 to 12 weeks and, after 24, in how quickly you can get up and go.
How much is enough
Chen's team also plotted results against total training minutes (weeks times sessions times minutes). For static balance the line was flat: more minutes didn't buy a bigger result, and the gain showed up at low doses and high. (Chen 2026.)
For dynamic balance the line curved (P for non-linearity = 0.004). Gains were steep early, in a first window the authors put at roughly 200 to 500 cumulative minutes, flattened around the 1,000-minute mark, then picked up again in trials that ran past about 1,600 minutes. Older participants gained a little less on this measure (p = 0.047); on static balance, age made no difference. All of this is low-certainty evidence; the authors call the thresholds a plausible hypothesis, not a rule. (Chen 2026.)
Their practical reading is the part to keep. The 1,000-minute mark is where more of the same drill stops paying, and the fix they suggest is to change the drill: a less stable surface, less reliance on your eyes, turning and stepping, a second thing to think about. "More is better", in their words, is not the model. (Chen 2026.)
Balance board vs trampoline, side by side
Two things to keep in mind. The columns come from different studies with different comparison groups, since no trial has put a board against a trampoline. And the board column is mostly "versus the same training on a stable floor", a tougher test than "versus doing nothing".
| Balance board, foam pad or wobble cushion | Trampoline | |
|---|---|---|
| The evidence | Meta-analyses of 24 (Chen 2026) and 7 (Doan 2026) randomised trials in older adults | One randomised trial, 12 weeks, in older women (Posch 2019) |
| Balance | Static balance improved, high certainty; dynamic balance improved, low certainty; mostly versus usual routine (Chen 2026) | Improved (Posch 2019) |
| Mobility | Faster Timed Up and Go than stable training after 24 weeks, not after 10 to 12 (Doan 2026) | Functional mobility improved (Posch 2019) |
| Fear of falling | Reduced more than stable training after 10 to 12 weeks (Doan 2026) | Reduced (Posch 2019) |
| Leg strength | No extra gain over stable training after 10 to 12 weeks (Doan 2026) | Improved (Posch 2019) |
| Dose and length | 4 to 18 weeks (Chen 2026); 10 to 12 and 24 weeks (Doan 2026). Static gains flat across doses; dynamic gains flatten near 1,000 cumulative minutes, low certainty (Chen 2026) | 12 weeks (Posch 2019) |
| Best used for (coaching, my view) | Standing drills at home, eyes-closed progressions | Moving, landing and turning, with a coach |
Where the trampoline comes in
Our trampoline bed is a moving, unstable surface, and the wall runs are on it. Every landing is the board problem again, with more travel and less time to think, and once you're running up the wall the surface asks a new question every step. Chen's team suggest changing the task when progress stalls, and that's how a coached session works: the coach decides when you move up.
A randomised trial found 12 weeks of mini-trampoline training significantly improved balance, functional mobility and strength, and reduced fear of falling, in older women. (Posch 2019.) Balance, mobility and fear of falling: the outcomes the board research moved, on the bigger surface.
A guided session at Run The Wall runs 1 hour 45 minutes, adults only (18 and over), in groups of up to four, coached the whole way, on Wednesday evenings and Saturday afternoons in Brookvale. If the home drills, or the board, have stopped being hard, that's your next dial.
FAQ
Is a balance board good for balance?
In older adults, yes, as part of the family of training it belongs to. In a review of 24 randomised trials, sensorimotor training that includes boards, foam pads and Swiss balls improved static balance (high-certainty evidence) and dynamic balance (low-certainty), mostly against people who kept to their usual routine. (Chen 2026.) Against resistance training on a stable floor, it reduced fear of falling more after 10 to 12 weeks. (Doan 2026.)
Should I use a balance board or a trampoline?
Both, if you can, for different jobs. A board at home covers standing balance and the eyes-closed progressions from the home article. A trampoline adds movement, landing and turning on a surface that keeps changing under you, with a coach watching. That's coaching; the research measured each surface on its own.
I'm over 80, I've had a fall, or I get dizzy. Should I try this?
Ask your GP or a physio first, and tell the coach when you book. The dose review's own advice for adults over 80, and for anyone frail, in pain or with a strong fear of falling, is to start below the point where the surface feels unstable, keep support within reach, progress slowly and be supervised. (Chen 2026.) A physio can set that up for you; nothing here replaces that.
Ready for the moving version? Book a session in Brookvale. Over 50 and wondering whether bouncing is for you? We looked at the research on that. For the weekly dose on the trampoline, how often should you bounce.
References
- Doan, H. N., et al. (2026). Comparative effectiveness of unstable versus stable resistance training on lower limb strength, mobility, and fear of falling in older adults: a systematic review and meta-analysis of randomized controlled trials. American Journal of Physical Medicine & Rehabilitation. doi:10.1097/PHM.0000000000002966 (PMID 42468010)
- Chen, S., et al. (2026). Dose-response relationships of sensorimotor-based interventions on balance performance in older adults: a systematic review and meta-regression analysis. PLoS One. doi:10.1371/journal.pone.0354522 (PMID 42490619)
- Gulati, A. D., et al. (2026). Effectiveness of multisensory exercises versus conventional balance exercises on balance and coordination in the geriatric population: a systematic review. Cureus. doi:10.7759/cureus.113574 (PMID 42666829)
- Posch, M., et al. (2019). Effectiveness of a mini-trampoline training program on balance and functional mobility, gait performance, strength, fear of falling and bone mineral density in older women with osteopenia. Clinical Interventions in Aging, 14, 2281-2293. PMID 31908438