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Backward Walking Is the Best Workout You're Not Doing

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Backward Walking Is the Best Workout You're Not Doing

I’ve spent my whole life happily walking in one direction: forward. It was, I believed, the only way to go, so I dutifully logged dozens of miles a month looking like every other person out for a morning stroll.

No more. Thanks to TikTok, I discovered a new (to me, at least) spin on walking: backward walking, also known as “retro-walking.” Though it’s trending on social-media platforms right now, physical therapists and fitness trainers have been touting its benefits for years. It’s a low-impact way to burn calories, strengthen your legs, test your coordination, and even improve pain, experts say—all of which lured me onto my quiet, rural street one afternoon to give it a whirl.

After about 50 steps, I realized going in reverse was no walk in the park. It burned. I could feel the switch-up in my lower legs in a way I don’t with ordinary walking unless I’m powering up a hill. There was a mental challenge, too (beyond ignoring the strange looks from my neighbors). I had no idea what was behind me, so I had to engage all my senses to ensure I stayed upright and didn’t trip over any unexpected obstacles—including my walking partner, who was slightly faster and, therefore, a couple steps behind me.

When I told a handful of experts about my surprisingly fun retro-walking expedition, they agreed more people should make it part of their routine. Here’s a look at why.

It’s great for older people

Backward walking is an underrated way to engage your glutes, shins, and the muscles in your feet and ankles, says Joe Meier, a Minnesota-based personal trainer and author of Lift for Life. Plus, it mitigates the impact of each step, reducing the force exerted on the knees and lower back. Part of its appeal, he adds, is that it’s so accessible—and suitable for people of any age and fitness level.

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Read More: Why Walking Isn’t Enough When It Comes to Exercise

Meier has noticed that older people, in particular, are drawn to backward walking as a no-frills way to spice up their fitness routine. “If you look around a gym that has tons of treadmills, you’ll see at least one or two people walking backward at any given time,” Meier says. “There are always older individuals walking backward on the ground, too, and you can tell someone has told them, ‘Hey, you should try doing this because it’s great for your balance and coordination—just don’t trip over anything.’” He points out that many pickleball players have adopted the practice: It can help strengthen their knees and ensure they don’t take a (metaphorical) step back on the courts.

You’ll engage different muscles

Walking backward requires you to stand up straighter than you do when walking forward, Meier says. By reversing your stride, you’ll create a new challenge for the muscles in the abdomen, lower limbs, and back. “You might notice your glute muscles—your big butt muscles—are doing more work,” Meier says. (Author’s note: You’ll definitely notice.) Meanwhile, your calf muscles will need to work opposite of how they usually do. When you walk forward, your calf contracts concentrically, which means the muscle gets shorter, he explains. When you’re going in reverse, your calf muscle contracts the opposite way and gets longer as it bears your body weight. That switch-up can be a valuable way to improve your fitness.

You’ll also be targeting the quad muscles on the front of your thighs. According to one study—yes, scientists have studied this—people who walked backward three times a week for six weeks ended up with improved quadriceps muscle strength, compared to those who walked forward for their exercise. The quads are responsible for knee extension and straightening your leg, Meier explains—so they, too, work differently when you’re walking backward. “That’s one of the reasons why people say it helps their knee pain improve,” he says. “You’re essentially strengthening your quads by doing this backward walking trick.”

It can be good for people with injuries

When New York City-based Peloton Tread instructor Marcel Dinkins had patella issues, she took up backward walking. She returned to it recently after tearing her ACL. “You get to push off,” she says, describing the motion required to launch into walking in reverse. “When you have running or knee issues, you usually have a little pain right underneath your patella. Running backward gives you some respite and relief.”’

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Read More: Why Hiking Is the Perfect Mind-Body Workout

Retro-walking has a long history of being used in a clinical or rehabilitation sense, says Janet Dufek, a biomechanist and professor in the School of Integrated Health Sciences at the University of Nevada, Las Vegas, who has researched backward walking. One study, for example, found that after a six-week retro-walking program, participants with osteoarthritis in the knee experienced greater reduction in pain and functional disability compared to those who walked in the typical way. Another found that backward walking down a steep slope alleviated symptoms of plantar fasciitis. And in a study led by Dufek, walking backward reduced lower back pain and enhanced function among athletes. 

Retro-walking is also used in occupational therapy. Older people might practice walking up to a kitchen sink, for example, and then walking backward away from it. The ability to move in reverse can enhance “practical activities of daily living,” Dufek says.

It could make you more flexible

Many of us sit all day long—which leads to coiled-up, restricted muscles. “Our hip flexors, or the muscles at the front of the thigh and the front of the hip, get tighter,” says Kristyn Holc, a physical therapist with Atlantic Sports Health Physical Therapy in Morristown, N.J. When we walk backward, we’re stretching that tissue—leading to greater flexibility, which is linked to improved physical performance, increased muscle blood flow, and a reduced risk of injuries. “You’ll notice a lot of people, especially as they get older, hinge at the hips—they get a little bit of a bend there,” she says. “That’s because their hip flexors are tight. So if we can stretch those out, it helps us be able to get that upright posture.”

Your gait and balance might improve

Elizabeth Stroot, a physical therapist with Core Wellness & Physical Therapy in Alexandria, Va., uses retro-walking to help people normalize their gait pattern, or how they walk. “It’s a way to tap into our neuromuscular programming and get people to work through a little limp or a range-of-motion restriction,” she says. Walking backward for just 20 or 30 feet at a time is often enough to help some patients, she adds.

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Read More: Your Brain Doesn’t Want You to Exercise

It can also improve balance control, especially among older adults, who are at a higher risk of falls. That’s because we maintain our balance through three big systems, Holc says: our eyes, our muscles and joints, and the vestibular system, or inner ear. When we walk backward, we can’t see what’s behind us, which means we have to rely on the other two systems instead, sharpening their ability to keep us upright. “You’re having to feel where you are in space, and that information is being sent to the brain,” she says.

But you need to do it safely

Many people experiment with retro-walking on their treadmill, which is free of hazards like rocks, uneven ground, and other people. You don’t even have to turn it on, Dinkins points out: Simply step onto the machine backward, grasp the handrails, and use your own power to move the belt. “If you’re pushing it, you’re going to get more of that resistance,” she says—leading to a better workout. If you do decide to turn on the treadmill, start at a low speed and keep the safety key clipped to you at all times, Dinkins advises.

No treadmill? No problem: Choose a safe spot indoors or outside, like a hallway, walking track, or empty field. Dufek encourages people to partner up: “Two people face each other and hold hands, and one of them walks backward while the other one’s walking forward,” she says. “That person can be the eyes for the other one, so it’s very safe, and then you just switch places.”

No matter where you start backward walking, keep in mind that you won’t go as fast backward as you do going forward. There’s a learning curve, Dufek stresses: “If you can walk 4 miles per hour forward, don’t expect to be able to walk that fast backward,” she says. “At least initially, if you can walk 1 mile per hour backward, you’re in a good place.” As with any new exercise, ease in gradually. You might walk backward for 5 or 10 minutes three times a week, and then after a few weeks, add 5 more minutes to each session, Dufek suggests. “As your body neurologically learns the movement pattern, you’ll be able to walk faster,” she says. “And of course, walking faster burns more calories, and then you can be out in public and get laughed out for even longer. It’s fun.” How’s that for forward progress?

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Exercise Boosts Brain ‘Ripples’ Tied to Learning and Memory

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Exercise Boosts Brain ‘Ripples’ Tied to Learning and Memory
Each time you go for a jog, ride your bike, or get active in other ways, you’re giving your brain a boost. A small new study has for the first time directly documented this phenomenon, which the researchers call “ripples” — brief bursts of electrical activity in a part of the brain called the hippocampus.

While exercise is known to improve memory, scientists have mostly studied this effect by using behavioral tests or brain imaging methods like MRIs, says Michelle Voss, PhD, one of the study’s authors, a professor, and the director of the Health, Brain, and Cognitive Lab at the University of Iowa in Iowa City.

But she says these approaches can’t precisely identify where “ripples” originate, particularly in the deep brain structures like the hippocampus, a part of the brain strongly connected to memory and learning, she says.

The current study, published in Brain Communications, recorded electrical activity directly, using surgically implanted (intracranial) electrodes. “This allowed us to observe how exercise changes the brain’s memory circuits in real time,” Dr. Voss says.

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Higher Fitness Levels Amplify Brain Benefits After Exercise, Study Finds

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Higher Fitness Levels Amplify Brain Benefits After Exercise, Study Finds

Increasing our level of physical fitness leads to a bigger release of brain-boosting proteins following one session of exercise, a new study led by a UCL researcher has found.

The study, published in Brain Research, took a group of inactive unfit participants through a 12-week training programme of cycling three times per week and made them fitter. Researchers found as their fitness increased, so did the amount of brain-derived neurotrophic factor (BDNF) released following exercise, resulting in improved brain function.

Just 15 minutes of moderate to vigorous aerobic exercise releases BDNF, a brain protein which is known to support the formation of new neurons and new synapses (connections between brain cells), and maintains the health of existing neurons. This is the first study to show that for unfit people, just 12 weeks of consistent training can boost the brain’s response to a single 15-minute workout.

The study, led by Dr Flaminia Ronca (UCL Surgery & Interventional Science, and the Institute of Sport, Exercise and Health), involved 30 participants – 23 male and seven female – taking part in the 12-week programme. To assess fitness levels throughout the programme, participants completed VO2max tests every six weeks, which measures the maximum rate of oxygen your body can consume and use during intense exercise.

BDNF levels were measured pre- and post-VO2max testing, alongside a series of cognitive and memory tests, while also measuring changes in brain activity in the prefrontal cortex – where executive functions such as decision-making, emotion regulation, attention and impulsivity are controlled.

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By the final week of the trial, results showed that baseline levels of BDNF did not change, but participants did show a larger spike of BDNF following intense exercise, compared to how their brains responded to intense exercise before the 12-week programme. This was linked to improvements in VO2max (aerobic fitness).

Higher overall BDNF levels and stronger exercise-induced increases were also associated with changes in activity across key areas of the prefrontal cortex during attention and inhibition tasks, though not during memory tasks.

Overall, the results showed that increasing physical fitness can enhance the brain’s ability to produce BDNF in response to acute bouts of exercise, which can have a strong positive influence on neural activity.

Lead author Dr Flaminia Ronca said: “We’ve known for a while that exercise is good for our brain, but the mechanisms through which this occurs are still being disentangled. The most exciting finding from our study is that if we become fitter, our brains benefit even more from a single session of exercise, and this can change in only six weeks.”

Notes to editors:

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For more information or to speak to the researchers involved, please contact: Tom Cramp, UCL Media Relations , T: +447586 711698, E: [email protected]

The research paper: ‘BDNF relates to prefrontal cortex activity in the context of physical exercise’, Flaminia Ronca, Cian Xu, Ellen Kong, Dennis Chan, Antonia Hamilton, Giampietro Schiavo, Ilias Tachtsidis, Paola Pinti, Benjamin Tari, Tom Gurney, Paul W. Burgess, is published in Brain Research, March 2026, 

About UCL (University College London) 

UCL is a diverse global community of world-class academics, students, industry links, external partners, and alumni. Our powerful collective of individuals and institutions work together to explore new possibilities. 

Since 1826, we have championed independent thought by attracting and nurturing the world’s best minds. Our community of more than 50,000 students from 150 countries and over 16,000 staff pursues academic excellence, breaks boundaries and makes a positive impact on real world problems. 

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We are consistently ranked among the top 10 universities in the world and are one of only a handful of institutions rated as having the strongest academic reputation and the broadest research impact. 

We have a progressive and integrated approach to our teaching and research – championing innovation, creativity and cross-disciplinary working. We teach our students how to think, not what to think, and see them as partners, collaborators and contributors.  

For 200 years, we are proud to have opened higher education to students from a wide range of backgrounds and to change the way we create and share knowledge. 

We were the first in England to welcome women to university education and that courageous attitude and disruptive spirit is still alive today. We are UCL. 

www.ucl.ac.uk | Read news at www.ucl.ac.uk/news/ | Follow UCL News on Bluesky and LinkedIn 

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Journal

Brain Research

DOI

10.1016/j.brainres.2026.150253

Method of Research

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Experimental study

Subject of Research

People

Article Title

BDNF relates to prefrontal cortex activity in the context of physical exercise

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Article Publication Date

4-Mar-2026

Media Contact

Tom Cramp

University College London

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[email protected]

Journal
Brain Research
DOI
10.1016/j.brainres.2026.150253

Journal

Brain Research

DOI

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10.1016/j.brainres.2026.150253

Method of Research

Experimental study

Subject of Research

People

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Article Title

BDNF relates to prefrontal cortex activity in the context of physical exercise

Article Publication Date

4-Mar-2026

Tags
/Health and medicine/Human health/Physical exercise

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bu içeriği en az 2000 kelime olacak şekilde ve alt başlıklar ve madde içermiyecek şekilde ünlü bir science magazine için İngilizce olarak yeniden yaz. Teknik açıklamalar içersin ve viral olacak şekilde İngilizce yaz. Haber dışında başka bir şey içermesin. Haber içerisinde en az 12 paragraf ve her bir paragrafta da en az 50 kelime olsun. Cevapta sadece haber olsun. Ayrıca haberi yazdıktan sonra içerikten yararlanarak aşağıdaki başlıkların bilgisi var ise haberin altında doldur. Eğer yoksa bilgisi ilgili kısmı yazma.:
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Keywords

Tags: 12-week cycling training program benefitsbrain plasticity and physical fitnessbrain-derived neurotrophic factor after exerciseeffects of aerobic exercise on BDNFexercise and neuron healthexercise-induced neurogenesisfitness level impact on brain proteinsfitness training for cognitive improvementimproving brain function through fitnessmoderate to vigorous aerobic exercise effectsphysical fitness and brain healthVO2max and brain function correlation

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Exercise Bikes With Zero Monthly Subscriptions: Home Fitness Range Announced

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Exercise Bikes With Zero Monthly Subscriptions: Home Fitness Range Announced

SOLE Fitness announces new additions to its home exercise bike range, with models including built-in screens, resistance systems, and notably, zero monthly subscription fees.

— SOLE Fitness has announced a new range of home exercise bikes aligning with its policy against mandatory monthly subscription fees – addressing a growing concern among cost-conscious fitness enthusiasts.

For more information, visit: https://www.soletreadmills.com/collections/bikes

The announcement comes as subscription fatigue intensifies across the home fitness market – where hidden costs of ongoing memberships have become a significant pain point for buyers. Many consumers now actively seek alternatives that deliver premium features without the financial burden of perpetual fees – and SOLE Fitness offers its range in direct response.

Technical capabilities across the range support the no-subscription experience through innovative design and robust hardware. For instance, SOLE Fitness cites the SB1200 exercise bike as a suitable option for its 10-inch touchscreen – including preloaded entertainment applications.

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SOLE’s team notes that this particular model also incorporates 100 levels of adjustable magnetic resistance, offering a broad spectrum of intensity for diverse workout preferences. A 35-pound flywheel contributes to smooth, consistent pedaling motion, while the durable steel frame supports users up to 300 pounds.

Elsewhere in the range, SOLE Fitness offers options across recumbent, upright, and indoor cycling styles to accommodate different fitness goals and space constraints.

The LCR Recumbent Bike is an example of a comfortable seated design with back support, ideal for low-impact cardio sessions, coming with 40 levels of magnetic resistance. The B94 Upright Bike, meanwhile, delivers a traditional bike posture with 20 levels of resistance, suited for users seeking straightforward training without advanced touchscreen features.

Central to the value proposition is the SOLE+ App, which provides zero-cost online fitness classes to customers who own SOLE equipment. The app offers hundreds of home gym video tutorials ranging from basic to advanced routines – standing in contrast to platforms that charge separately for similar content.

As explained by SOLE Fitness, its overall range is engineered for smooth, silent rides through magnetic resistance systems, sturdy steel frames, and precision components that deliver a premium indoor cycling experience. Magnetic resistance eliminates the wear and noise associated with friction pads, while the structural integrity of the frames ensures stability during high-intensity intervals.

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“Each treadmill is crafted to provide an unparalleled exercise experience, featuring robust motors, intuitive controls, and cushioned running surfaces for maximum impact absorption,” says a company representative.

Moreover, since the company’s product portfolio is designed to offer entry points at various price levels, customers have readily available access to select models that align with their own budget and training preferences.

Interested parties can browse the full selection at: https://www.soletreadmills.com/

Contact Info:
Name: Inquiries
Email: Send Email
Organization: SOLE Fitness
Address: 56 Exchange Pl., Salt Lake City, UT 84111, United States
Website: https://www.soletreadmills.com/

Release ID: 89185487

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