Most of us think about falls as something that happens to “other people,” until it doesn’t. Balance training for older adults is one of the most effective ways to reduce fall risk, and the research on how to do it well is stronger than most people realize. Here’s what the evidence shows, and why a personalized approach matters.
1. Why fall prevention for older adults matters
Falls are the leading cause of injury among adults 65 and older, and roughly one in four older Americans falls each year. Other research puts the figure closer to one in three among people over 65 living at home. Falls matter most because of where they can lead: in 2019, about 88% of hip fracture emergency visits and hospitalizations among older adults were caused by falls. A fall isn’t just a bruise; it’s often the event that turns a bone health problem into a life-changing injury.
If you read our post on strength training for bone density, you know how important strong bones are. Preventing the fall in the first place is the other half of the equation. It’s also worth knowing the larger picture. In 2023, about 70 out of every 100,000 Americans 65+ died from a fall, and death rates from falls have risen over the past two decades, most steeply among those 85 and older. The CDC hasn’t pinpointed why, though people living longer is one possible factor. These numbers aren’t meant to worry you; they’re a reason to build balance now, while it’s easiest to improve.
2. Fall prevention exercises: the type of exercise matters
A large Cochrane review pooled 108 randomized trials with more than 23,000 participants (average age 76) and found that exercise reduced the rate of falls by 23%, with high-certainty evidence. Programs built around balance and functional exercises reduced falls by 24%, and programs combining several types of exercise, commonly balance and functional work plus resistance training, probably reduced falls by 34%. The review also found a larger benefit when a health professional delivered the program, usually a physiotherapist. By contrast, the reviewers were uncertain about programs that were mainly walking or mainly resistance training alone. Taken together, this points to a clear takeaway: general activity isn’t enough, and the best results come from targeted training that includes balance. So what does that look like in a session? Balance exercises for seniors might include tandem walking (heel to toe along a line), single-leg stands, lateral steps, step-ups, and sit-to-stand repetitions from a chair, all of which mimic the demands of everyday life. Resistance work might include squats or leg presses, hip hinge patterns like deadlifts, and calf raises, which build the leg and hip strength you need to recover from a stumble. A good program blends both.
Within that mix, it helps to understand the difference between bilateral and unilateral work. Bilateral exercises, like squats, leg presses, and deadlifts, have both feet on the ground and let you build overall strength with heavier loads. Unilateral exercises, like split squats, step-ups, and single-leg hip hinges, load one leg at a time, which is much closer to how we actually walk, climb stairs, and catch ourselves mid-stumble. They also reveal something bilateral lifts can hide: when both legs work together, a stronger side can quietly do more than its share. That matters because strength differences between the legs tend to grow with age, and research suggests they affect how we move. In one small study of 24 women aged 65 to 80, those with a larger strength difference between their legs had a less even, less consistent walking pattern than those with more symmetrical strength. The authors suggested that maintaining symmetry, or building it through single-leg exercise, may help reduce fall risk. A personal trainer can check each side separately, start sets on the weaker leg, and adjust the load so one side isn’t left behind. That kind of individualized correction is hard to get from a generic routine.
3. Challenge and dose make the difference, and that’s where personal training for seniors shines
Not all balance work is equal. A separate meta-analysis of 88 trials found that programs that challenged balance and totaled more than three hours of exercise per week cut falls by 39%, a much bigger effect than exercise overall. In practice, “challenging” means something different for every person. A drill that’s a stretch for one client is easy for another and unsafe for a third. A personal trainer can find the right level of difficulty, progress it as you improve, and make sure your form stays safe as things get harder. A trainer can also help you build a routine you can keep up between sessions, which matters because those weekly hours are what drive results.
Here’s what scaling looks like using one movement pattern, the single-leg stance:
Scaled back: Standing with feet hip-width apart while holding a counter or sturdy rail with both hands. From there, a client can move to a wider stance with one hand, then a narrower stance (feet together), then tandem stance (one foot directly in front of the other), all with light support nearby.
Standard: Lifting one foot off the ground for a set time, with fingertips hovering near a wall or rail for safety, then with no hand support at all.
Scaled forward: Closing the eyes, standing on a foam pad, turning the head side to side, reaching for objects, or catching a light ball while balancing on one leg. Advanced clients can progress to a single-leg hip hinge, which adds strength and control to the balance challenge.
Each step changes the difficulty by taking away support, narrowing the base, or adding a distraction, and a trainer watches for the moment a client is ready to move on, or needs to step back. That’s the advantage of individualized coaching over a one-size-fits-all class.
Disclaimer: This article is for educational purposes only and is not medical advice. If you have a history of falls, dizziness, osteoporosis, or any other medical condition, talk with your doctor before starting a new exercise program.
4. Train your reactions: the mind-muscle connection and being ready if you do slip
Even the best-prepared person can trip. Most falls in daily life happen when something unexpected throws you off balance, like a curb, a wet floor, or a loose rug, and what matters in that split second is how quickly your brain and muscles respond. Standing on one leg trains you to hold steady, but reacting to a surprise is a separate skill that needs its own practice. Research on “perturbation-based” or reactive balance training, where people repeatedly practice recovering from small, controlled losses of balance, is encouraging. A meta-analysis of early trials found that people who completed this type of training were less likely to fall in daily life (a 29% lower risk) and had fewer falls overall (a 46% lower rate) than control groups. The trials were small and varied in design, so this is a promising signal rather than settled science. It does fit the idea that your nervous system can be trained to respond faster, and a trainer can build that practice into your sessions safely: quick recovery steps in different directions, reaching or catching drills while balancing, and moving between exercises with a small amount of controlled surprise. These drills should always be done under a trainer’s supervision and at a level that suits you. Over time, that builds the connection between your brain and your muscles so your body knows what to do when it counts.
5. Strength, balance, and bone health work as a team
Balance training shouldn’t stand alone. Strong legs and hips help you catch yourself when you stumble, and stronger bones help you avoid a fracture if you do go down. That’s why the most effective programs combine balance work with strength training. The Cochrane review also found some encouraging signs on the fracture side: exercise programs may reduce the number of people who suffer a fracture following a fall by about 27%, though the authors rate the certainty of that finding as low. Either way, the logic is sound. Pair the heavy, bone-loading lifts we covered in our bone density article with balance training, and you’re addressing both parts of the problem at once: fewer falls, and stronger bones when one happens. If you’re a woman in perimenopause or menopause, see our article on strength training for menopause [link to menopause article].
Common questions about balance training and fall prevention
Can balance training prevent falls?
Research says yes. A large Cochrane review found that exercise reduced the rate of falls by 23%. Programs built around balance and functional exercises reduced falls by 24%, and programs combining several types of exercise probably reduced falls by 34%.
What are the best fall prevention exercises for seniors?
Programs that challenge balance appear to work best. Examples include tandem walking, single-leg stands, step-ups, and sit-to-stand repetitions, plus strength work for the legs and hips. A trainer can pick and progress exercises to match your level.
How often should older adults do balance exercises?
One meta-analysis found that programs that challenged balance and totaled more than three hours of exercise per week reduced falls by 39%. Your own routine should be built with your doctor or trainer, and it can include sessions plus home practice.
Is strength training enough to prevent falls?
On its own, it’s uncertain. The Cochrane reviewers weren’t sure about programs that were mainly resistance training alone, so the best approach combines strength with balance work.
Is balance training safe if I’ve fallen before or I’m afraid of falling?
It can be, when it’s supervised and scaled to your ability. A trainer can begin with support and reduce it as you improve. Talk to your doctor before starting, especially if you have dizziness or a history of falls.
Personal training for seniors in Epping, Raymond, Greenland, Rye, Portsmouth, and Lee, NH
If you’re looking for personal training for seniors and older adults near you, we work with clients throughout southern New Hampshire, including Epping, Raymond, Greenland, Rye, Portsmouth, and Lee. Our personal training gyms are located at 1 Bayside Rd Ste 104, Greenland, NH 03840 and 285 Calef Hwy Unit 9, Epping, NH 03042 and serve almost 300 clients weekly.
Ready to build confidence in every step? Let’s get started.
Balance doesn’t improve on its own. Without practice, it tends to fade quietly, until one day it goes quickly. The right program can help you feel steadier, move more confidently, and stay independent longer. Here’s how to start:
Book a consultation. We’ll talk about where you are in your journey, what’s working, what isn’t, and what you want to feel like again. https://www.limitlessfitnessllc.com/get-started or call Greenland at (603) 334-5362 and Epping at (603) 734-2190.
Get a program built for you. We’ll combine balance work with strength training at a level that challenges you without putting you at risk.
Train with support. A trainer keeps you safe, tracks your progress, and raises the difficulty as you improve.
Sources:
Moreland BL et al., “Hip Fracture-Related Emergency Department Visits, Hospitalizations and Deaths by Mechanism of Injury among Adults Aged 65 and Older, United States 2019,” Journal of Aging and Health, 2023. https://stacks.cdc.gov/view/cdc/126881
Sherrington C et al., “Exercise for preventing falls in older people living in the community,” Cochrane Database of Systematic Reviews, 2019. https://doi.org/10.1002/14651858.CD012424.pub2
Garnett MF, Weeks JD, Zehner AM, “Unintentional Fall Deaths in Adults Age 65 and Older: United States, 2023,” NCHS Data Brief No. 532, June 2025. https://www.cdc.gov/nchs/products/databriefs/db532.htm
Sherrington C et al., “Exercise for preventing falls in older people living in the community: an abridged Cochrane systematic review,” British Journal of Sports Medicine, 2020. https://doi.org/10.1136/bjsports-2019-101512
LaRoche DP, Cook SB, Mackala K, “Strength asymmetry increases gait asymmetry and variability in older women,” Medicine & Science in Sports & Exercise, 2012. https://pmc.ncbi.nlm.nih.gov/articles/PMC3463648
Sherrington C et al., “Exercise to prevent falls in older adults: an updated systematic review and meta-analysis,” British Journal of Sports Medicine, 2017. https://doi.org/10.1136/bjsports-2016-096547
Mansfield A et al., “Does perturbation-based balance training prevent falls? Systematic review and meta-analysis of preliminary randomized controlled trials,” Physical Therapy, 2015. https://doi.org/10.2522/ptj.20140090
Note: The example exercises, the description of how a trainer checks each side, the single-leg stance scaling example, and the reactive balance training examples reflect common training practice and are not drawn from these studies.