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What Are Vibration Plates, and Do They Really Work?

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What Are Vibration Plates, and Do They Really Work?

All over TikTok and other social-media platforms, influencers are hopping on vibration plates. One sits on hers daily to “drain my thyroid.” Another says her “vibe plate” means she no longer needs to work out. 

It’s a fitness fad that’s easy to roll your eyes at. Whole-body vibration plates don’t look all that different from the 1960s’ “exercise” belts that promised to shake off fat. But pro athletes and even astronauts use these machines, and scientists have been looking into them seriously for decades. So could the benefits be legitimate? 

“What we’re seeing on TikTok is a loose interpretation of the data,” says exercise scientist Rachele Pojednic, director of education at Stanford Lifestyle Medicine. She says that while studies show that hopping on a whole-body vibration plate can move the needle in a few different areas of health and fitness, it’s a pretty tiny change.

“Research does support a modest level of benefits in some pretty specific contexts,” says Brent Feland, an exercise science professor at Brigham Young University who has studied the effects of vibration on things like stretching, sprinting, and blood flow. But, he adds, “whole-body vibration is not some magic little tool.” 

How vibration plates work

There are two main types of whole-body vibration platforms: linear plates that move up and down in one piece like a tiny elevator, and oscillating plates that tilt side to side like a seesaw (which can get more intense the farther you step out to the sides). Both move in a pretty small range of motion—up to about 14 millimeters, max—but they can do it anywhere from 5 to 50 times per second.

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These quick movements force your muscles to rapidly contract and release, says exercise physiologist Rachelle Acitelli Reed. Just like during traditional exercise, those muscle contractions set off physiological responses, like increased blood flow, a higher body temperature, and the release of proteins called myokines that help bring glucose into the muscles.   

Read More: Is Eating Too Fast Hurting Your Health?

Additionally, because the plate keeps pushing you upwards over and over again so quickly, Feland says it creates a stronger gravitational load, meaning there’s an extra pull on your bones and muscles.

Proven benefits vs. Hype

So what does science say about the potential of vibration plates? 

There’s a good amount of data showing that they can help improve balance, likely because they activate the neuromuscular system. “The catch is the population where the most beneficial effects have been found for are older, deconditioned individuals, or those with physical debilitations or neurological limitations,” Feland says. If someone has a condition that prevents them from doing traditional exercise, standing on a plate can trigger those muscle contractions without them having to actively move their large muscles or joints, explains Darryl Cochrane, an exercise and health science professor at Massey University in New Zealand who’s published a number of studies on whether vibration can enhance athletic performance. This is why you’ll often see vibration plates used in rehabilitation settings. 

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There’s also some data behind the possibility for whole-body vibration to improve bone mineral density, particularly in post-menopausal women and geriatric populations. “The thought is that those little contractions and relaxations are in some way loading the bone,” Reed says. Feland adds that the additional gravitational load gives an extra stimulus for the bone to build more tissue in people who don’t get that through weight-bearing exercise or resistance training. 

Some research shows that whole-body vibration can also help a little with certain aspects of athletic performance, like muscular strength and power and range of motion. Cochrane’s research has found it can warm up the muscles faster than cycling or jogging, without using up as much energy. “You go do five 30- or 60-second bouts on a whole-body vibration platform, and you’ll actually get a semi-decent warm-up from it,” Feland says. 

Read More: What to Do If Your Friends Keep Leaving You Out

Plus, it just feels good. “That’s the magic of being bombarded with vibration,” Feland says. “Every joint segment and every tissue in you is moving and oscillating at this frequency. You’re firing off a ton of neurosensory receptors, and that’s interfering with some of your other sensory signaling that’s normally going on.” If your knee is bothering you, for instance, the vibration might distract your brain enough for the pain to temporarily retreat. (That said, a good dynamic warmup can have the same outcome, he adds.)

Unfortunately, influencers’ claims around “wobbling your weight away” by simply standing on a vibration plate aren’t really backed up by evidence, experts say. Compared to standing still, “you get just a little more calorie burn because your muscles have to work a bit harder against that external force,” Pojednic says. But research shows you’d burn more simply by going on a brisk walk. 

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Another claim that experts find to be misleading is that vibration can spur lymphatic drainage. “It is moving the fluid around. However, so does going for a walk,” Reed says. Feland adds that even though whole-body vibration companies themselves often tout the lymphatic benefits, “there is not one study that has ever measured lymphatic drainage and lymphatic improvement” with these devices.

Who might benefit most from vibration plates 

Based on the proven benefits, experts mainly recommend vibration plates for two distinct populations on opposite ends of the spectrum: People who aren’t strong enough to do a traditional workout, and serious athletes looking to eke out a little extra performance enhancement. 

“The maximum benefit is for the compromised population, the ones that are having trouble with balance, mobility issues—it could be an entrée in terms of starting a fitness program,” Cochrane says. He adds that for athletes, the plates can offer a new way to challenge the body to get past a plateau or just keep workouts from getting monotonous. 

Read More: The 1-Minute Trick to Calming Down Your Nervous System

That said, as long as you’re using them correctly, vibration plates are unlikely to cause harm, so there’s no reason for the average adult not to use one if they want. “If this is really jazzing up your routine enough for you to be motivated, cool, I love that for you,” Reed says. Just treat it as an additional tool rather than a replacement for exercise, she and Cochrane both add.  

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How to use a vibration plate

Many vibration plates come with all kinds of settings: dialing up amplitude increases intensity, for example, and a higher frequency ups the number of vibrations per second. But there is not yet enough research to know the ideal settings or even duration of use. The best approach might differ from person to person. “We do think that people have different frequency responses,” Feland says. “We just haven’t figured out how to tap into that yet.”

Experts recommend starting small until you get used to vibration: Cochrane suggests beginning with the frequency set to 10 to 15 hertz, and doing five sets of 30-second intervals while standing in a shallow squat. Eventually, you can bump up the frequency and start to do strength training on the platform (like squats, lunges, planks, or bridges). Just be sure to work up to trickier moves gradually so the vibrations don’t knock you off balance, Pojednic adds. 

And always use proper form. “The right way to stand on these is bending at the knees and bending over at the hips, because you want to minimize vibration to the head,” Feland says. There have been case studies of negative effects to tissues in the head (like a torn retina) when people stood on these with straight legs. 

Most of all, remember that whole-body vibration is not a get-fit-quick scheme. As Cochrane says: “You still need the motivation to [use] it, just as if you’re jumping on an exercise cycle or going out for a brisk walk or anything. You still have to find time to do this.” But it could give you just a little boost—and make getting fit a bit more fun.  

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What is Americans’ favorite exercise? New study reveals a surprising trend in fitness habits

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What is Americans’ favorite exercise? New study reveals a surprising trend in fitness habits
Walking is often treated as the simplest, most sustainable way to stay active and for good reason. It requires no equipment, no gym membership, and it fits easily into daily life. But a large new analysis suggests that while walking is extremely popular, it may not be enough on its own for most people to meet widely recommended fitness benchmarks.

A study published in the open-access journal PLOS ONE analyzed data from the Centers for Disease Control and Prevention Behavioral Risk Factor Surveillance System, drawing on survey responses from almost 400,000 U.S. adults. The objective was to know which leisure-time physical activities people prefer and whether those options align with federal activity guidelines.

Walking is most popular but not the most effective for fitness goals

The results were notable. Walking appeared as the most frequently reported leisure-time physical activity across both urban and rural groups. In fact, roughly 44.1% of adults indicated that walking was their main form of exercise.

However, popularity did not translate into achieving recommended health standards. Based on the analysis, individuals who primarily walked had the highest likelihood of not meeting either aerobic or muscle-strengthening guidelines compared with other exercise categories. Even more significant, only about one in four walkers (25%) satisfied both recommended benchmarks, while approximately 22% failed to meet either requirement at all. In contrast, participants who reported running, resistance training, or conditioning workouts as their primary activities were considerably more likely to achieve federal physical activity targets.

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What the guidelines actually require

The American College of Sports Medicine recommends that adults get:

  • At least 150 minutes per week of moderate-intensity aerobic activity
  • Plus muscle-strengthening exercises on two to three days per week

While walking can contribute to aerobic activity mainly if done briskly, it generally does not fulfill the strength-training requirement on its own.

Rural vs urban differences in activity patterns

The study also revealed geographic variations in exercise behavior. Rural residents were more likely to participate in activities such as gardening, hunting, and fishing, whereas urban residents showed higher engagement in running, cycling, dancing, and weight training. Despite differing preferences, urban participants were overall more likely to meet both aerobic and strength-based guidelines compared to rural populations. Researchers suggest that access to facilities, infrastructure availability, and cultural influences may contribute to these differences.

Why this matters: muscle is a key part of health

A key takeaway from the study is that physical activity guidelines are not just about movement, but about different types of movement. Walking supports cardiovascular fitness and daily activity levels, but it does not significantly develop or preserve muscle mass. This distinction is important because muscle deterioration begins gradually with age. Research indicates that adults may lose around 3% to 8% of muscle mass per decade after age 30, a condition known as sarcopenia. This decline is associated with slower metabolism, increased fat storage, reduced mobility, and higher risk of falls and fractures in later life.

Resistance training helps counteract this decline. Studies show it can increase lean muscle mass, boost resting metabolic rate by approximately 7%, and reduce body fat. A large meta-analysis also found resistance training linked to:

  • 15% lower risk of all-cause mortality
  • 19% lower cardiovascular disease mortality
  • 14% lower cancer mortality

The most notable benefits were observed with around 60 minutes per week of resistance exercise, making it a time-efficient health strategy. Additionally, resistance training supports mental well-being by improving mood and increasing BDNF (brain-derived neurotrophic factor), which promotes brain health and neural growth.

What truly makes the difference

The study aligns with broader longevity research suggesting that higher-effort activities tend to deliver stronger physiological benefits.

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Running, weight training, and conditioning workouts share a common feature: they sufficiently challenge the body to trigger adaptation. Walking, although beneficial, generally remains in a lower-intensity range that may not fully satisfy all fitness requirements on its own.

In practical terms:

  • Walking supports general cardiovascular health, mental well-being, and daily movement
  • Resistance training builds and preserves muscle, supports metabolism, and reduces age-related decline
  • Higher-intensity cardio (running, cycling, HIIT) improves cardiovascular fitness more efficiently and helps meet aerobic goals faster

Expert perspective from the study

The researchers emphasized that the findings are not meant to discourage walking but to emphasize gaps between perception and results.

As lead researcher Christiaan Abildso explained:

“We expected to see that walking would continue to be the most common physical activity. However, it was surprising to see that nearly one in four adults who walk as their main activity did not meet either of the physical activity guidelines. That is, they reported less than the recommended 150 minutes per week of moderate-intensity aerobic activity and fewer than the recommended two days per week of muscle-strengthening activity, such as yoga or exercises with resistance bands,”

He also pointed to wider environmental and structural elements influencing activity levels:

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“What we might be seeing in these rural–urban differences in preferences may just reflect what people have access to or what is culturally supported. In our work, we see a need to continue to support our partners in small towns and rural places by creating physical, social, and cultural conditions that support physical activity. This could mean creating a wide shoulder on a country road for running and cycling, helping a senior centre with their chair exercise programming, creating or improving park spaces, expanding the national network of rail trails, renovating abandoned and dilapidated structures (brownfields) into viable activity centres, keeping school facilities open to the public, and many other strategies. Everyone needs to ask, ‘how does what we’re doing affect physical activity?’, in order to help get people more active, more often, in more places,”

FAQs:

1. Is walking good for health?
Yes, walking supports heart health and general well-being. It is a low-impact activity suitable for most people.

2. Can walking replace all exercise?
Not entirely, because it does not build muscle strength effectively. A balanced routine usually includes strength training.

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Exercise improves fitness for kids, adults with FA, study finds

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Exercise improves fitness for kids, adults with FA, study finds

A combination of exercise and an energy-boosting supplement may improve physical fitness in children and adults with Friedreich’s ataxia (FA), although the added benefit of the supplement over exercise alone remains unclear, according to results from a clinical trial.

Those who participated in a 12-week program combining aerobic and strength training with nicotinamide riboside supplementation saw a significant increase in cardiopulmonary fitness, the body’s ability to supply oxygen to muscles during physical activity, compared with trial participants who did not exercise and received a placebo.

However, researchers found no significant difference between the combination group and participants who followed the same exercise program without supplementation, indicating the study did not show a clear added benefit of the supplement beyond exercise alone.

“The combination of nicotinamide riboside plus exercise for 12 weeks was safe and increased cardiopulmonary fitness in children and adults with Friedreich’s ataxia,” the researchers wrote. “Longer studies are needed to establish whether adding nicotinamide riboside to exercise could be considered as part of a long-term, comprehensive treatment approach.”

The study, “Safety and efficacy of individualised exercise and NAD+ precursor supplementation in patients with Friedreich’s ataxia in the USA: a single-centre, 2 × 2 factorial, randomised controlled trial,” was published in The Lancet Neurology.

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Fatigue, safety worries limit participation

FA is caused by mutations that reduce the production of frataxin, a protein needed for cells to generate energy. When frataxin levels are too low, cells in energy-demanding tissues, such as the nervous system, heart, and muscles, gradually deteriorate, leading to FA symptoms including impaired coordination, fatigue, muscle weakness, and difficulty walking. People with FA also have markedly reduced cardiopulmonary fitness.

Although current guidelines recommend exercise to help manage symptoms, clinical evidence in people with FA is limited, and participation is often low due to barriers such as fatigue and safety concerns, the researchers noted.

Studies in other conditions have shown that supplementation with NAD+ precursors — compounds that raise levels of NAD+, a molecule involved in cellular energy production — can improve muscle function. These findings have raised the possibility that increasing NAD+ might complement or enhance the benefits of exercise alone. However, there’s limited research on whether these therapies might improve FA patients’ ability to exercise.

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The team of researchers in the U.S. conducted a 12-week clinical trial (NCT04192136) involving 66 people with FA enrolled at a single center in Philadelphia from September 2020 to April 2025.

Half of the participants were children, ages 10 to 17, and half were adults, ages 18 and older. Most (56%) were male. The overall mean age was 20.3. At the start of the study, participants generally had lower-than-average muscle mass and slightly higher body fat compared with reference values for the general population.

Participants were randomly assigned to one of four groups: 17 received a placebo and served as controls, 17 received only the NAD+ precursor nicotinamide riboside, 16 followed a structured exercise program and were given a placebo, and 16 followed the exercise program in addition to supplementation with nicotinamide riboside. All participants completed the study.

The exercise program consisted of three aerobic and two resistance training sessions per week, performed at home under remote supervision. Participants took nicotinamide riboside or placebo orally each day using weight-based dosing: one capsule (300 mg) for patients weighing 24-48 kg (about 53-110 lbs) and three capsules (900 mg) for patients weighing more than 72 kg (about 159 lbs). The study’s main goal was to assess changes in peak oxygen uptake (VO₂), a key measure of cardiopulmonary fitness.

At the end of the 12-week program, participants who received both exercise and nicotinamide riboside showed the greatest improvements in cardiopulmonary fitness. Peak VO₂ increased by 13.2% in the combination group, compared with a 3.9% decline in the control group.

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VO₂ rose by 9.5% with exercise alone and 5% with nicotinamide riboside alone, but those changes were not statistically significant compared with controls.

The combination was not significantly more effective than exercise alone, indicating no clear added benefit from the supplement.

Some secondary measures improved. Compared with controls, the combination group reached higher maximum workloads during exercise, and oxygen pulse — a measure of how efficiently the body uses oxygen — improved in both the combination and exercise-only groups. Participants in the combination group also reported spending more time in physical activity and leisure exercise.

The interventions were generally safe and well-tolerated. No serious adverse events were reported, and all side effects were mild or moderate. The most common ones were skin problems (53%), gastrointestinal symptoms (45%), upper respiratory infections (35%), and falls (20%).

Falls, a known barrier to exercise in FA, occurred at similar rates across all groups, and no increase in heart-related or other adverse events was seen in participants assigned to exercise.

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In an accompanying commentary, “Targeting exercise, energy, or both in Friedreich’s ataxia,” published in The Lancet Neurology, two researchers in Germany highlighted the study’s implications.

The trial’s findings extend existing clinical evidence on the benefits of exercise in FA by using an objective measure of fitness, such as peak VO₂, and by demonstrating that a home-based intervention is feasible, they wrote. Further studies “are needed to determine durability and clinical significance of fitness gains and to clarify any incremental contribution of nicotinamide riboside beyond structured exercise,” they said.

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Diane Sawyer uncovers ‘The Mystery of Richard Simmons,’ the famed fitness guru, in latest special

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Diane Sawyer uncovers ‘The Mystery of Richard Simmons,’ the famed fitness guru, in latest special

Known for his energetic and positive persona, fitness instructor and TV personality Richard Simmons led a captivating life, until his puzzling disappearance in 2014 and sudden death a decade later.

Emmy Award-winning journalist Diane Sawyer digs into it all in “The Mystery of Richard Simmons: A Diane Sawyer Special.”

Phillip Palmer spoke with Sawyer about the special – and her personal involvement in the story.

Simmons rose to fame in the late ’70s and early ’80s. After developing a love for fitness, he opened his own exercise studio where he led a series of motivational and aerobics classes. Eventually, he landed a recurring role on “General Hospital,” portraying himself, and then his own show “The Richard Simmons Show.” Simmons also led some of the most popular exercise videos of the ’80s, including “Sweatin’ to the Oldies.”

Sawyer explains, “He came with a great purpose, which was to reach out to everybody of all sizes. And somebody said, ‘love them back to health.’ And that was his mission, and it fueled him night and day.”

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Uncover the magic and mystery of Richard Simmons in the new Diane Sawyer special “The Mystery of Richard Simmons,” airing tonight at 9/8c on ABC and streaming next day on Disney+ and Hulu.

“You couldn’t go anywhere without seeing Richard Simmons,” Palmer adds.

“Yes, and he was hilarious and surprising. And he kind of lit up the room every time he arrived – surprised everybody,” says Sawyer.

And surprise everybody he did.

10 years after his sudden seclusion, which began in 2014, Sawyer received a message from Simmons.

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“I get a phone call, and he sends me an incredible number of flowers. Each had the same card on it, ‘I trust you.’ And we talked on the phone, and he said he was ready to come tell his story,” Sawyer tells Palmer. “It was the old Richard. And then, as we know, not long after, he died.”

Shortly after his death, Simmons’ brother reached out to Sawyer to finish telling his story, along with those closest to the star.

Sawyer compared the experience to “a mosaic. (It) gave me tiles and pieces of the mosaic to put together who he was before he decided to go into hiding, who they think he was during it, and what might have happened if he had come back.”

“The Mystery of Richard Simmons: A Diane Sawyer Special” premieres tonight, May 12, at 9/8c on ABC and streams the next day on Disney+ and Hulu.

The Walt Disney Company is the parent company of ABC, Disney+, Hulu and this ABC station.

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