More Steps Or Faster Pace?

Hikers' feet walking on a forest trail
Photo: Diego Cervo / Shutterstock

Walking just a little faster than your normal pace can do more for your body than adding thousands more steps to your day.

Story Snapshot

  • A University of Chicago Medicine study found that speeding up by 14 steps per minute improved physical function in frail and at-risk older adults.
  • The faster pace, about 100 steps per minute, is considered moderate intensity for most adults.
  • Researchers say cadence, not just step count, may be the better measure of how hard a walk is working the body.
  • Separate research on step counts under 5,000 a day found faster walkers still cut their risk of early death compared to slow walkers.

The Study That Changed The Walking Conversation

Researchers at the University of Chicago Medicine set out to test a simple idea. Instead of asking older adults to walk more, they asked them to walk faster. Participants who were frail or at risk of becoming frail picked up their pace by 14 steps per minute above their normal speed. That small change produced what the study team called meaningful improvements in physical function.

The improvement showed up on a standardized six-minute walk test, a common tool doctors use to measure how far a person can move in a set time. Participants who hit the faster cadence saw their walk test scores climb by roughly 10 percent, according to reporting on the study. That is a real, measurable gain in mobility, not a subjective feeling of doing more.

Why Speed Beats Simply Counting Steps

The number 100 steps per minute keeps showing up in walking research for a reason. Scientists have long used it as a rough marker for moderate-intensity exercise in adults. Cadence works as a stand-in for effort because it tracks closely with how hard the heart and lungs are working, more closely than total steps taken over a day.

Older adults may need to walk even faster than 100 steps per minute to reach that same moderate-intensity zone, according to cadence research. That detail matters because it shows the target is not one-size-fits-all. A pace that counts as brisk for a 70-year-old may barely register as effort for a fit 45-year-old, which is why personal baseline speed matters more than a fixed number.

What This Means For Anyone Watching Their Step Count

Millions of people track daily steps on a phone or watch, chasing round numbers like 10,000. Newer findings suggest that goal may be less important than how fast those steps happen. One analysis found that among people who took fewer than 5,000 steps a day, those who walked faster still had a notably lower risk of dying early than the slowest walkers.

That is a striking result for anyone who assumes low step counts automatically mean poor health outcomes. Fitness professionals reviewing recent walking studies describe the pattern as a “powerful message” for older adults and people at greater health risk. Speed appears to unlock benefits that raw volume alone does not guarantee.

A Practical Shift For Everyday Walkers

None of this means step counters belong in the trash. Total daily movement still matters for heart health and weight management. But the research gives everyday walkers a second lever to pull. Someone who cannot easily add another mile to their day may still gain ground by simply picking up the pace on the walk they already take.

For older adults especially, this offers a low-cost, low-risk way to fight frailty. No gym membership, no special equipment, just a slightly quicker step. Common sense has long suggested that intensity counts as much as duration in exercise. This research backs that instinct with hard numbers from a controlled study rather than gym folklore.

The bigger takeaway for readers over 40 is straightforward. Pace is a tool you control on every walk, starting today. Small, consistent increases in speed appear to matter more than chasing an arbitrary step total, especially for those working to stay independent and mobile as they age.

Sources:

mindbodygreen.com, pmc.ncbi.nlm.nih.gov, uchicagomedicine.org, asep.org, aarp.org, pubmed.ncbi.nlm.nih.gov, usatoday.com, apps.dtic.mil, acefitness.org, applications.emro.who.int, academia.edu, eprints.gla.ac.uk, health.oregonstate.edu, bjsm.bmj.com, link.springer.com, journals.plos.org, mdpi.com