Key takeaways
- Five resistance exercises load bone across the entire skeleton—spine, wrists, and hips—without the joint impact of running.
- Strength and balance improve within three to six weeks, while true bone density changes take 6 to 12 months of consistent training.
- Training two or three days per week for 20 minutes, using a band, chair, and light weights, is enough to slow bone loss and reduce fracture risk.
After 65, bone loss accelerates, and the consequences can arrive suddenly. A slip in the bathroom, a stumble on a curb, a fall onto an outstretched hand—these moments become serious risks when bone density declines. The fractures that follow often arrive as a shock because the deterioration itself is silent. Nobody feels their bones thinning, so the first sign many people encounter is the fracture itself: a broken wrist, a broken hip, a scan result that follows a routine checkup.
Yet this trajectory isn’t inevitable. According to a personal trainer with nearly 40 years of experience and 25 years leading TRAINFITNESS, the UK’s leading fitness education company, bone doesn’t require high-impact exercise to grow stronger. Instead, bone responds to load at any age, and that load can be delivered safely without jarring the joints.
Why Running Alone Isn’t Enough
Running does load bone. The repeated impact through the legs gives the hips and thighs a training signal, and there’s no reason a healthy person in their late sixties should stop running based on age alone. But running has blind spots, particularly for people over 65.
What Running Misses
Running loads the legs well but does little for the spine, the arms or the wrists. These three zones are among the most common fracture sites in people over 65. So even a consistent runner can have brittle bones in their shoulders, spine and wrists—the very places most likely to break.
The Joint Problem
The same repeated impact that loads bone in running can aggravate knees and hips that have already endured decades of work. Plenty of people over 65 can’t run without pain, so they stop. And when the running stops, the bone loading stops with it. The result is bone loss accelerating rather than decelerating.
The Retirement Trap
Retirement often replaces a working life’s demands with swimming, cycling and walking—all good for the heart but none loading the skeleton enough to preserve bone. Once someone learns their bones are thinning, they tend to move even less, believing rest is safer. This response speeds bone loss rather than slowing it.
How Resistance Work Covers the Gap
Resistance exercise addresses everything running leaves untouched. Pushing, pulling and lifting against a weight or band loads bone across the entire body, including the spine, shoulders and wrists. You also control the load precisely, starting light and building at your own pace. For most people over 65, this makes resistance training a more complete and safer way to build bone than running alone.
Bone Responds to All Kinds of Load
Bone is living tissue that rebuilds itself in response to load and strain. Load it and it gets denser. Leave it unloaded and it thins, accelerating with age. The key insight is that this load doesn’t have to come from impact. Tension from muscles pulling on bone, weight pressing down through joints, or bands resisting movement all send the signal that bone needs to strengthen.
The Upper Body Problem
Many programs for bone health focus on the lower body because impact exercises like running naturally load there. But the upper body—shoulders, arms, wrists—rarely receives the same stimulus, leaving these common fracture sites vulnerable. Resistance work is one of the few approaches that loads the entire skeleton at once.
Five Exercises for Bone Building After 65
According to the personal trainer, these five movements form the foundation of a bone-building program for people over 65. Equipment is minimal: a sturdy chair, a resistance band, something solid to hold for balance, and light weights or filled water bottles. None of these exercises involve jumping, and together they load bone from the wrists down to the hips.
Sit-to-Stand
This basic movement leverages bodyweight to load the hips, thighs and lower spine simultaneously. Performed slowly and deliberately, the act of lowering and rising against gravity delivers the mechanical signal that tells bone to strengthen. No impact occurs, only the sustained tension of controlled resistance.
Band Pull
Pulling against a band loads the upper back, shoulders and arms. The muscles tugging on those bones create the stimulus for strengthening. Unlike running, which ignores the upper body entirely, this movement delivers the bone-loading signal to areas that impact exercise cannot reach. Squeeze your shoulder blades together as your elbows pass your ribs.
Overhead Press
An overhead press places load through the shoulders, arms and the full length of the spine. Supporting the weight as it presses upward demands that the spine remain rigid and strong. Since the wrists and arms are common fracture sites, this movement places stress directly through zones of vulnerability.
Single-Leg Work
Performing the movement with one leg unloaded concentrates all the resistance through a single hip and thigh. Concentrated load produces a stronger training effect than distributing effort between both legs. The hip receives the greatest fracture risk in people over 65, so this concentrated stimulus is particularly valuable. There’s no impact, just controlled load.
Side Hip Press
Extending the leg against band resistance loads the lateral hip structures. The muscles attaching to the hip work to push the leg outward, creating the stimulus that strengthens hip bone. This same movement pattern improves single-leg stability, which reduces the risk of falls.
How Often and for How Long
The short answer is two or three days per week, with a rest day between sessions. Bone and muscle rebuild between workouts, not during them, so doing these every day works against you. Something like Monday, Thursday and Saturday gives each session a full day of recovery either side.
Begin with a single set per exercise, or double the first set if it feels manageable. Choose weights or resistance levels that feel light and sustainable for the first two weeks. Progress after that with incremental increases: more weight, a stronger band, or additional repetitions per set. Bone responds best to gradual load increases, and this gradual approach also protects joints from shock and strain.
The whole session takes about 20 minutes for all five exercises with short breaks between each, so it fits into a morning without taking over the day. On the days in between, do whatever you enjoy: a walk, a swim, time in the garden. Those keep the heart and joints moving, and the bone work is already done.
What to Expect and When
Improvements in strength and balance appear before bone density changes. Most practitioners report feeling steadier after three to six weeks of consistent training, and basic movements become noticeably easier: rising from a seated position, climbing stairs, carrying objects. These practical improvements in daily function represent the early dividends of the training program.
Bone density improvements lag far behind strength gains. Meaningful changes in bone mass require 6 to 12 months of regular training, sometimes longer. Expecting visible improvements on a scan after just weeks of work is unrealistic—the skeleton rebuilds on a slow timeline. The realistic goal is stabilizing bone loss, stopping the decline, and thereby reducing the likelihood of fractures from falls.
If a scan a year on shows bone that has held steady rather than continued thinning, the training program has succeeded. In the meantime, the strength and balance gains delivered within the first two months provide the day-to-day protection that truly matters: steadier legs and a stronger grip mean fewer falls and less severe ones when falls do occur.
Before Starting: Important Precautions
If you’ve been diagnosed with osteoporosis, talk to your doctor before beginning anything new. Avoid loaded forward-bending of the spine, and keep the starting weights light. Stay on any supplements you’ve been prescribed, and pair the training with enough calcium and vitamin D, because bone can’t rebuild without the raw materials.
Source: Eat This Not That
Frequently Asked Questions
Why is resistance training better than running for bone health after 65?
Running loads the legs effectively but does little for the spine, arms and wrists—the most common fracture sites in people over 65. Resistance training loads the entire skeleton and can be adjusted for joint safety. Running's repeated impact can also aggravate aging knees and hips, leading people to stop the activity, whereas resistance work manages these concerns better.
How long before I see results from these exercises?
Strength and balance usually improve within three to six weeks, making daily tasks like climbing stairs easier. Bone density changes more slowly, taking 6 to 12 months of consistent training, so don't expect scan results to jump after just a few weeks.
What equipment do I need to do these five exercises?
You need a sturdy chair, a resistance band, something solid to hold for balance, and light weights or filled water bottles. Each session takes about 20 minutes, performed two or three days per week with rest days between sessions.
