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What is one exercise every woman over 50 should do?

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What is one exercise every woman over 50 should do? Learn why squats build useful strength, support bone density, and make daily movement easier.

Every woman over 50 should learn a progressive loaded squat, starting with a chair-assisted sit-to-stand if needed. It builds the muscles you use to get out of a chair, climb stairs, lift things and stay steady on your feet. It also puts useful load through the hips and spine.

Start with slow, controlled chair sit-to-stands. Move on to squats without help, then add weight once your form is sound. Aim for two to three sessions each week, doing two to three sets of 6 to 12 reps.

Raise the load in small steps. Get personal guidance before heavy training if you have osteoporosis, a recent fracture, major joint pain, dizziness or a history of falls.

Why does the squat earn this place?

A squat trains a basic human task: lowering your body and standing back up. You use that pattern whenever you sit in a chair, get off the toilet, enter a car or pick up something low. Training it builds strength that matters outside the gym.

The main muscles at work are the quadriceps at the front of the thighs and the gluteal muscles around the hips. Your hamstrings, calves and trunk help control the motion too. several large muscle groups work at once, so squats give you plenty of value for the time spent practising them.

Strength training has clear benefits after menopause. A review of 12 randomised trials found gains in lower-body and upper-body strength among healthy postmenopausal women. In another trial, women with an average age of about 81 improved lower-body functional strength after 24 weeks of resistance exercise twice a week.

Those studies tested resistance programs. They did not prove that one exercise is best for every person. The squat is a sound practical choice because it pairs the known benefits of resistance training with a movement used in many daily tasks.

How does squatting protect everyday independence?

ageing often reduces skeletal muscle mass and power. It can happen so slowly that you barely notice. First, a woman may push on the chair arms to stand.

Later, stairs seem steeper. Carrying the shopping gets harder too.

A controlled squat tackles that loss at its source. The lowering phase teaches your legs to absorb force. The upward phase trains them to create force.

Both parts count when you sit, stand or catch yourself during a small stumble.

Picture a woman who can stand from a high kitchen chair but struggles to rise from a low sofa. A raised training chair lets her practise the same pattern within a range she can control. As her legs get stronger, she can move to a lower seat.

Now the exercise matches the task that gave her trouble.

This real-life carryover is why bodyweight calisthenics can work well at first. Your own mass creates resistance, while a chair gives you a clear target. But bodyweight may soon become too easy.

Adding a dumbbell or kettlebell gives the muscles a fresh reason to adapt.

What can a squat do for bone density?

Bone responds to load. During a squat, force travels through the feet, legs, hip and spine as the muscles pull on their attachment points. That makes squatting useful within a strength program built for bone health.

A 2025 review of 17 randomised trials involving 690 postmenopausal women found that resistance training improved bone mineral density at the lumbar spine, femoral neck and total hip. Results varied between programs and groups, especially at the spine and femoral neck. An earlier review also found benefits from dynamic resistance exercise, weight-bearing exercise and programs that combined both.

The LIFTMOR trial gives useful detail about dose. It studied 101 postmenopausal women with low bone mass. Eight months of supervised high-intensity resistance and impact training, performed twice weekly for 30 minutes, produced better bone and physical function results than a low-intensity home program.

Early findings from the same research program described carefully supervised heavy training as safe and effective in screened women with low to very low bone mass.

A small study also looked at 12 weeks of supervised maximal-strength squat training in 21 postmenopausal women with osteoporosis or osteopenia. It supports the squat as a useful bone-focused movement, but the small sample does not prove heavy squats are right for everyone.

The lesson is simple: bone loading must be strong enough to give the body a reason to adapt. Even so, heavy loads should be learned step by step, especially when bone health is already poor.

Which squat version should you begin with?

Pick the hardest version you can do with control and no sharp pain. For many beginners, that’s a sit-to-stand from a firm chair.

Chair-assisted sit-to-stand

Sit near the front of a firm chair. Put your feet about hip-width apart, keeping each whole foot on the floor. Lean forward a little from the hips.

Push through your feet and stand tall. Lower yourself slowly until your hips touch the chair.

Use your hands on the chair or thighs if you can’t stand safely without help. Hand support is a starting tool, not a failure. Use less support as you grow stronger.

Unassisted bodyweight squat

Stand in front of the chair without sitting all the way down. Send your hips back and bend your knees. Tap the seat lightly, then stand.

With time, use a lower target or take the chair away once you can judge your depth and balance well.

Weighted squat

Hold one dumbbell or kettlebell close to your chest. This is often called a goblet squat. Keep the load near your body and squat only as deep as you can control.

Add weight when every rep looks much like the first.

A barbell squat allows greater loading, but you don’t need one. Dumbbells, kettlebells and weight vests can all make the basic move harder.

What does safe squat form feel like?

Your stance should feel steady, not forced. Keep pressure through the heel, the base of the big toe and the base of the little toe. Let your knees travel in roughly the same direction as your toes.

When holding a dumbbell, keep it close to your centre.

Your knees may move forward over your toes. That’s a normal part of squatting for many people. Forcing your shins to stay upright may make the move awkward and push more work onto the hips.

Choose a range that suits your ankle movement, limb length and comfort.

Breathe in before you lower. Brace your trunk as though you’re preparing for a firm push. Breathe out as you stand.

Move slowly enough to stay in charge of the weight.

Effort in the thigh and hip muscles is normal. Stop if you feel sharp pain, a sudden catch, new numbness or pain that gets worse with each rep. A joint may cope well with a shorter range, a higher chair or another foot position, even if a deep squat feels bad.

How should the movement become harder over time?

Progressive overload means asking your body to do a bit more as it adapts. Without it, squats can become easy movement practice instead of useful strength training.

Use this order:

  1. Reduce the help from your hands.
  2. Control the lowering phase for about two or three seconds.
  3. Increase the range by using a lower chair.
  4. Add a light weight close to your chest.
  5. Increase the weight when you complete every planned rep with sound form.

Begin with two sets if resistance exercise is new to you. Pick a version that makes the last few reps feel tough but still lets you finish them cleanly. Work up to three sets before making big jumps in resistance.

Don’t add depth, weight and extra reps all at once. Change one thing, then notice how your body feels during the session and the following day. Mild muscle soreness can happen after a new load.

Joint pain that changes the way you walk means the dose was too high or the version didn’t suit you.

Write down the chair height, weight, sets and reps. A simple record tells you whether you’re still moving forward. Memory has a habit of making a session seem harder or easier than it really was.

When should you get help before adding weight?

Ask a qualified health or exercise professional for advice before heavy squatting if you have diagnosed osteoporosis, a recent fracture, unexplained back or hip pain, severe arthritis, frequent dizziness or a history of falls. You may still be able to squat, but the first version and loading plan must fit your condition.

A coach or physiotherapist can also help if your heels lift, your knees fall inward, you lose balance or you can’t rise from a chair without your arms. The aim is to find a version that works, then build from there.

Women with low bone mass shouldn’t assume all loading is unsafe. The supervised LIFTMOR program produced benefits with high loads in screened participants. That result supports careful, well-taught progress.

It doesn’t support copying a heavy program without screening or instruction.

What does the squat leave out?

No single movement trains every part of fitness. Squats do little for pulling strength in the back and arms. Nor can they replace aerobic activity, upper-body resistance work or focused balance practice.

That matters because strong legs alone don’t provide the full fall-prevention effect. Current review evidence treats bone and fall results separately. Progressive high-intensity resistance and impact exercise can improve lumbar-spine bone density, while fall prevention is best supported by programs that include challenging balance work.

Keep the squat as your anchor, then build other activity around it. Walking can help aerobic fitness. Rows or band pulls can train the upper back.

Heel-to-toe walking, step work and safe single-leg tasks can test your balance. These extras don’t weaken the case for squats. They simply cover jobs that one movement can’t do.

How can you put the squat into practice today?

Place a firm chair against a wall so it can’t slide. Do six slow sit-to-stands without using your hands, if that’s safe. Rest, then repeat.

End each set before your form starts to slip.

Use the same chair for your next few sessions. Once 12 reps feel controlled, make one small change. Lower the seat a little, slow the descent or hold a light weight at your chest.

Stay with that version until it feels steady.

Your actionable takeaway: do two controlled sets of chair sit-to-stands today, record the reps, and build them into progressively loaded squats over time.

Common questions

What is the most effective exercise for a 50 year old woman?

Strength training is one of the most effective choices because it helps keep muscles and bones strong. Squats are a great single exercise, but start with a chair for support if needed.

What are the 5 exercises everyone over 50 should be doing?

Five useful exercises are squats, wall push-ups, rows, brisk walking, and standing on one leg. Together, they build strength, support heart health, and improve balance.

How many times a week should a 50 year old woman exercise?

Aim for some movement on most days, with strength exercises at least two days a week. Start slowly and add time as your body gets stronger.

What should a 50 year old woman look up in a fitness routine?

Look for a routine that includes strength, walking or other heart exercise, balance, and gentle stretching. It should match your fitness level and offer easier options for sore joints or past injuries.

Sources

  1. Watson SL, Weeks BK, Weis LJ, Harding AT, Horan SA, Beck BR (2018) “High-Intensity Resistance and Impact Training Improves Bone Mineral Density and Physical Function in Postmenopausal Women With Osteopenia and Osteoporosis: The LIFTMOR Randomized Controlled Trial” Journal of bone and mineral research : the official journal of the American Society for Bone and Mineral Research. PMID: 28975661
  2. Zhao F, Su W, Sun Y, Wang J, Lu B, Yun H (2025) “Optimal resistance training parameters for improving bone mineral density in postmenopausal women: a systematic review and meta-analysis” Journal of orthopaedic surgery and research. PMID: 40420105
  3. Kim SW, Park HY, Jung WS, Lim K (2022) “Effects of Twenty-Four Weeks of Resistance Exercise Training on Body Composition, Bone Mineral Density, Functional Fitness and Isokinetic Muscle Strength in Obese Older Women: A Randomized Controlled Trial” International journal of environmental research and public health. PMID: 36361434
  4. González-Gálvez N, Moreno-Torres JM, Vaquero-Cristóbal R (2024) “Resistance training effects on healthy postmenopausal women: a systematic review with meta-analysis” Climacteric : the journal of the International Menopause Society. PMID: 38353251
  5. Kumar S, Smith C, Clifton-Bligh RJ, Beck BR, Girgis CM (2025) “Exercise for Postmenopausal Bone Health – Can We Raise the Bar?” Current osteoporosis reports. PMID: 40210790
  6. Watson SL, Weeks BK, Weis LJ, Horan SA, Beck BR (2015) “Heavy resistance training is safe and improves bone, function, and stature in postmenopausal women with low to very low bone mass: novel early findings from the LIFTMOR trial” Osteoporosis international : a journal established as result of cooperation between the European Foundation for Osteoporosis and the National Osteoporosis Foundation of the USA. PMID: 26243363
  7. Kemmler W, Shojaa M, Kohl M, von Stengel S (2020) “Effects of Different Types of Exercise on Bone Mineral Density in Postmenopausal Women: A Systematic Review and Meta-analysis” Calcified tissue international. PMID: 32785775
  8. Mosti MP, Kaehler N, Stunes AK, Hoff J, Syversen U (2013) “Maximal strength training in postmenopausal women with osteoporosis or osteopenia” Journal of strength and conditioning research. PMID: 23287836
armstrong author profile (1)

Armstrong Lazenby

Armstrong Lazenby is a BSc (Human Nutrition) registered nutritionist and holds a Bachelor of Science in Exercise Science and a Master of Sports Medicine. A former professional athlete who competed representing Australia for 4 years, Armstrong has held scholarships with the Victorian Institute of Sport, Australian Institute of Sport, and the Olympic Winter Institute of Australia.

Qualifications:
• BSc (Human Nutrition) — Registered Nutritionist
• Bachelor of Science (Exercise Science major)
• Master of Sports Medicine
• Certificate III & IV in Fitness