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Fighting Powerpenia: How to Keep Your Explosive Strength as You Age

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Fighting Powerpenia: How to Keep Your Explosive Strength as You Age

Many evenings during the week, you’ll find our family playing basketball in the driveway — parents vs. kids.

Something I started to notice earlier this year, as I went head-to-head against my 14-year-old son Gus, was that while he was becoming more explosive with his athletic moves, I had gotten significantly less springy.

While he could turn on a dime to make a quick cut to the basket and effortlessly jump for a rebound, I found myself relying on my larger body to slowly muscle into position for a shot.

I was definitely still a lot stronger than Gus — I just couldn’t turn that strength into force as quickly as he could. It felt like I had lost the gear for it.

We talk a lot about strength and muscle gain here on AoM. If you’re looking to get bigger and stronger, you’ll find plenty of articles on those topics.

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But an area of fitness that we’ve overlooked, but I’m now starting to appreciate more and more as I move into middle age, is muscle power.

What I was experiencing in my basketball match-ups against Gus was a diminishment in this capacity.

Researchers have given the age-related loss of muscle power a name: powerpenia. And growing research shows that it’s a key predictor of whether you’ll be able to pick up your grandkid, climb a flight of stairs, or hoist your keister off the toilet when you’re 70.

Here’s what you need to know about powerpenia — and how to resist it.

The Muscle Decline Trifecta: Sarcopenia, Dynapenia, and Powerpenia

You’ve likely heard of sarcopenia — the loss of muscle mass with age. It typically begins around age 40 and accelerates after age 60. Muscle mass typically declines by .5-1% per year after 40. Sarcopenia leads to frailty in old age, which makes it hard for old people to get out of chairs, let alone get up from the floor if they fall down.

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Then there’s dynapenia — the loss of muscle strength. Sarcopenia contributes to dynapenia, but there are also other things going on that lead to age-related declines in muscle strength. Mostly it comes down to our neuro-muscular system becoming less efficient at activating our muscles. Muscle strength declines along a similar trajectory as muscle mass, with a loss of 0.5–1% per year after age 40.

Both sarcopenia and dynapenia can be mitigated and even reversed with regular strength training, which is why we’re big fans of weightlifting.

In 2024, researchers introduced a third area of concern: powerpenia — the loss of muscle power.

Muscle power is the ability to display strength quickly; it’s explosiveness. Examples of muscle power in action include jumping for a rebound, sprinting, and punching. But muscle power doesn’t just come in handy in sports. Muscle power is also what lets you:

  • Sprint to catch your kid running into the street
  • Jump out of the way of an object about to hit you
  • Lift something quickly
  • Bound up stairs two at a time
  • Catch yourself during a fall

Powerpenia may be the new age-related muscle concern on the block, but it seems to be the most influential factor in the maintenance of our physical vitality. In fact, a recent study found that power — not strength — is the best predictor of whether older people are able to successfully navigate the activities of daily living.

The interesting thing about muscle power is that it actually drops faster than muscle size and strength — as much as 2–4% per year after 40. That means by your 60s or 70s, you might still look pretty solid and even test decently on a strength test, but you’ve lost the explosiveness needed to stay agile and independent.

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Why the rapid decline? Three big reasons:

First, there’s the loss of fast-twitch muscle fibers. Fast-twitch fibers are responsible for generating quick bursts of strength and speed, and they naturally atrophy faster than slow-twitch fibers as we age and don’t call upon them.

Second, there are the changes in our tendons due to inactivity. If you don’t regularly do activities that require you to display strength quickly, your tendons become stiff and less efficient at storing and releasing energy, making explosive movements harder to perform. The degradation of tendon health from disuse explains why a lot of middle-aged guys injure themselves when they decide to play pick-up basketball for the first time in a decade. It’s why I got a bad case of hamstring tendonitis a few years ago when I decided to do a sprint workout after years of not sprinting.

Finally, as we age and don’t call upon our fast-twitch muscles for explosive activity, our brain and nervous system become less efficient at telling our muscles to contract quickly.

How to Fight Back Against Powerpenia

After my lackluster performance in basketball games against Gus and after reading the research on powerpenia, I decided I needed to do something to counteract the decline of muscle power that comes with middle age.

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Fortunately, it’s not that hard to do.

Here are some things I’ve started to incorporate into my physical training to fend off powerpenia:

Plyometrics

Plyometric exercises develop explosive power by training your muscles and nervous system to react quickly.

You don’t have to devote an entire workout to plyos. You can add one or two plyometric exercises to your regular strength-training routines. Here’s what I’m doing:

Before my first lower-body workout of the week, I do the following plyometric exercises:

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  • Power Skipping. Perform a regular skip, but jump and lift your knee as high as you can. I do this for 15 yards, three times.
  • Box Jumps. Stand in front of a box or other suitable platform. Try to find a box that’s at least 18″ off the ground. Jump onto the box. To avoid injury, step rather than jump down from the box. Do three sets of five jumps.

Before my second lower-body workout of the week, I do the following plyos:

  • Broad Jumps. Stand with your feet shoulder-width apart, swing your arms back, bend your knees, and then explosively jump forward as far as possible, using your arms to help propel you. Land softly with your knees slightly bent to absorb the impact and maintain balance. Do three sets of five jumps.
  • Pogo Hops. Stand with your feet together and begin jumping straight up as high as you can. When you land, begin the next jump as quickly as possible. Do three sets of ten hops.

Before my first upper-body workout of the week, I do the following plyometric exercise:

  • Plyometric Push-up. Assume a normal push-up position. Lower yourself to the floor. With explosive force, push off the floor with enough force that your hands leave the ground. Do three sets of five push-ups.

Before my second upper-body workout of the week, I do the following plyometric exercise:

  • Overhead Medicine Ball Slam. Raise the medicine ball overhead and slam it down as hard as you can. Do three sets of ten slams.

As I continue with these plyos, I’ll probably rotate some of them out and substitute some of the plyometric exercises we’ve written about here into my routine.  

Hill Sprints

Hill sprints are one of the most potent weapons against power loss. They engage fast-twitch fibers better than flat-surface sprints while also reducing impact on your muscles and tendons, thus reducing the likelihood of injuries. Besides training for power, hill sprints are a great HIIT exercise.

Find a 20–30-yard hill. After a warm-up, do 4–6 sprints up the hill at 80–90% effort. Walk down slowly to recover. Rest 1–2 minutes between sprints. You just need to do this once a week.

For more tips on doing safe and effective sprints in general, read our Grown-Up’s Guide to Sprinting.

If you’re looking for another powerpenia-fighting cardio/HIIT exercise, jump roping is a great one. We’ve got a whole guide to that, too.

If it’s been a long time since you did the kind of explosive exercises outlined above, you may be concerned that trying them will get you injured. Start slowly and gently, to be sure. Doing things like stepping down from the box after your box jumps and sprinting uphill will help lessen the risk of injuries. And you can do things like broad jumps and hill sprints on softer surfaces like grass.

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But you do need to steadily ease into these movements to avoid a kind of catch-22: avoid plyometric exercises out of fear of injury, and you actually increase the risk of injury when life suddenly demands an explosive movement.

The only way to safely rebuild this capacity is to train it — gradually and consistently. And once you have it back, don’t stop. Keep training these movements into old age, until the day you’re truly no longer capable of doing them.

Here’s to Powerful Aging

I’ve been doing these power exercises for about a month now, and I’m already noticing a difference.

I’m still not as explosive as my teenage son, but I can better shift myself into that gear when we face off on the driveway court.

And knowing that training for power will keep me strong and capable as I age — not just in the game, but in life — is the real win.

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Fitness

I’m a running coach — I’ve just tested shoes actually designed for women’s feet, and they’re a total game changer

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I’m a running coach — I’ve just tested shoes actually designed for women’s feet, and they’re a total game changer

Why you can trust TechRadar


We spend hours testing every product or service we review, so you can be sure you’re buying the best. Find out more about how we test.

QLVR ENDVR: Two minute review

Most running shoes feel familiar for a reason: the formula has barely changed in millennia. We have archaeological evidence of shoes being fastened with “shoelaces” as far back as around 3,500 BC, yet the basic lace-up running trainer remains the default.

QLVR (pronounced “clever”) set out to challenge that. Its debut shoe, the ENDVR, is a laceless “running slipper” built around a women-specific mechanical structure, with a slip-on Wing Fit system inspired by the way a bird’s wing opens and closes around movement.

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Mere minutes of daily vigorous exercise can cut your risk of 8 diseases | CNN

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Mere minutes of daily vigorous exercise can cut your risk of 8 diseases | CNN

Move more. Sit less. For many years, that’s been accepted guidance for people wanting to get healthier.

Now that message is getting refined, with a growing body of research suggesting that certain types of movements may be more beneficial than others when it comes to health benefits.

The intensity of your exercise may matter as well. A new study published in the European Heart Journal found that a small amount of vigorous activity may be linked to lower risk of eight different chronic diseases.

The findings raise questions about why intensity matters and how people can incorporate more intense exercise routines into everyday life. To better understand the study’s implications, I spoke with CNN wellness expert Dr. Leana Wen, an emergency physician and clinical associate professor at George Washington University. She previously served as Baltimore’s health commissioner.

Before beginning any new exercise program, consult your doctor. Stop immediately if you experience pain.

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CNN: What did this study examine about exercise and its relationship to chronic disease?

Dr. Leana Wen: This investigation looked at how the intensity of physical activity is related to the risk of developing a range of chronic diseases. Researchers analyzed data from two very large groups in the UK Biobank, which is a long-term health study in the United Kingdom that tracks medical and lifestyle information from hundreds of thousands of participants. One group included about 96,000 people who wore wrist activity trackers that objectively measured their movement, and the other included more than 375,000 people who self-reported their activity.

The researchers followed participants over an average of about nine years and examined the development of eight conditions: major cardiovascular events, atrial fibrillation, type 2 diabetes, immune-related inflammatory diseases, fatty liver disease, chronic respiratory disease, chronic kidney disease and dementia, as well as overall mortality.

The key finding was that the proportion of activity done at vigorous intensity mattered. People who had more than about 4% of their total activity classified as vigorous had substantially lower risks of developing these conditions compared with people who had no vigorous activity at all. The numbers were stunning, with the participants having the following results:


  • 63% lower risk of dementia,

  • 60% lower risk of type 2 diabetes,

  • 48% lower risk of fatty liver disease,

  • 44% lower risk of chronic respiratory disease,

  • 41% lower risk of chronic kidney disease,

  • 39% lower risk of immune-mediated inflammatory diseases,

  • 31% lower risk of major cardiovascular events,

  • 29% lower risk of atrial fibrillation, and

  • 46% lower risk of death from any cause.

These results are amazing. Imagine if someone invented a medication that could reduce the risks of all these diseases at once — it would be very popular! Crucially, even people who exercised a lot still benefited if the proportion of time they spent doing vigorous physical activity was increased. Conversely, people who were relatively inactive also benefited from adding just a little bit of higher-intensity exercise to their daily routines.

CNN: What counts as “vigorous” physical activity?

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Wen: Vigorous activity is generally defined as exercise that substantially raises your heart rate and breathing. A simple way to gauge it is the “talk test.” If you can speak comfortably in full sentences while exercising, you are likely in the low to moderate range. If you are so out of breath that you can only say a few words at a time, that is vigorous.

Running, cycling, lap swimming or climbing stairs quickly could count. But this also depends on people’s baseline fitness. For some individuals, taking longer strides with walking can be vigorous exercise. Others who are already fairly fit would need to do more. It’s also important to remember that vigorous activity doesn’t have to be in the context of a structured exercise plan. Short bursts of effort in daily life, such as rushing to catch a bus or carrying heavy groceries upstairs, can also qualify if they raise your heart rate and make you breathless.

CNN: Why might higher intensity exercise provide additional health benefits?

Wen: Higher intensity activity places greater demands on the body in a shorter period. This type of movement can improve cardiovascular fitness, increase insulin sensitivity and support metabolic health more efficiently than lower-intensity activity alone. Some studies have also linked vigorous activity with cognitive benefits.

Greater intensity may have distinct benefits across different organ systems. The researchers found that some conditions, such as immune-mediated inflammatory diseases, appeared to be more strongly linked to the intensity of activity than to the total amount. On the other hand, type 2 diabetes and kidney disease were influenced by both how much activity people did and how intense it was. Why this is the case is not yet known, but intensity appears to have a significant impact across diseases affecting multiple organs.

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CNN: How much vigorous activity do people need?

Wen: The threshold for people seeing a benefit appears to be relatively low. The researchers found that once people reached more than about 4% of their total activity as vigorous, their risk of developing chronic diseases dropped substantially.

To put that into practical terms, we are not talking about professional athletes dedicating their lives to hours of high-intensity training. Everyday people may see benefits from just doing a few minutes of vigorous effort daily.

CNN: How can people realistically incorporate vigorous activity into their daily routines?

Wen: One helpful way to think practically is that vigorous activity does not have to happen all at once. It can be accumulated in short bursts throughout the day.

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People can take the stairs instead of the elevator and do so at a faster pace than usual. When they are heading to work, they can add some speed walking. They can park farther away when grocery shopping and walk briskly while carrying groceries.

Structured exercise also can incorporate intervals where people alternate between moderate and more intense effort. If you’re swimming laps, you can warm up at a more leisurely pace, then do a few laps at a faster pace, then again at a leisurely pace and repeat. This suggestion applies to any other aerobic exercise: Aim for multiple intervals of at least 30 seconds to a minute each where your body is working hard enough that you feel noticeably out of breath.

CNN: What about someone who is older or has mobility issues?

Wen: Not everyone can or should engage in high-intensity activity in the same way. Vigorous activity is relative to that person’s baseline. For someone who is not used to exercise, even a short period of slightly faster walking or standing up repeatedly from a chair could be considered high intensity. And not everyone may be able to walk. In that case, some exercises from the chair can have aerobic benefits.

Individuals who have specific medical conditions should consult with their primary care clinicians before embarking on a new exercise routine. People with mobility issues also may benefit from working with a physical therapist who can help to tailor exercises appropriate to their specific situation.

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CNN: What is the key takeaway for people trying to improve their health?

Wen: To me, the main takeaway from this study is that it’s not only how much total exercise you get but also how hard you push yourself that matters. And you don’t have to have a lot of high-intensity exercise: Adding just a little has substantial health benefits across a wide range of chronic health conditions.

At the same time, exercise needs be practical. People should look for opportunities to safely increase intensity in ways that fit their daily lives. The most effective approach to physical activity is a balanced one: Exercise regularly, incorporate more challenging activities when you can and build habits that are sustainable over time.

Get inspired by a weekly roundup on living well, made simple. Sign up for CNN’s Life, But Better newsletter for information and tools designed to improve your well-being.

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‘Not what the fitness industry is trying to sell you’: this is the one simple move everyone really needs to be doing, according to an exercise scientist

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‘Not what the fitness industry is trying to sell you’: this is the one simple move everyone really needs to be doing, according to an exercise scientist

Ask any exercise scientist what they would prescribe to someone serious about staying strong into their 50s and beyond, and the answer is rarely what you’d hope for — and certainly not what the fitness industry is currently trying to sell you.

It isn’t long sessions on one of the best under-desk treadmills or a stationary bike like the Peloton, nor the kind of machine-based exercises that isolate muscles without ever teaching them to work together.

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