The topline. If 10,000 steps a day is not realistic for you, pace is a second route to the same destination. A large analysis of UK Biobank activity tracker data, published in the British Journal of Sports Medicine in September 2026, found that walking briskly for about 30 minutes a day carried a mortality benefit similar to taking thousands more steps at a slower pace.
The researchers sorted days by two things: total steps and cadence, the number of steps per minute during the most active 30 minutes of the day. Over about eight years of follow-up, 1,697 of the more than 64,000 participants died, including 502 from cardiovascular disease. The pattern that emerged was a trade-off. People who logged fewer than 5,000 daily steps but kept a brisk cadence of at least 80 steps per minute had substantially lower death risk, similar to people who took 5,000 to 7,500 steps at a slower pace of about 60 steps per minute. And among people under 7,500 steps a day, keeping a faster pace for at least 30 minutes was consistently tied to lower risk of death from any cause, regardless of the total step count.
The lowest risk overall still belonged to the group taking 7,500 to 10,000 steps a day, whatever their pace. Pace is a substitute for volume at the low end, not a replacement for walking more. But for people with barriers to high step counts, time, mobility, or a job that keeps them seated, that distinction matters. It turns an all-or-nothing target into a choice: walk more, walk faster, or both.
What brisk means in practice
Brisk is about 100 steps per minute for most adults, a pace where you can talk but not sing, and where you would rather not hold a long phone call. The study’s threshold was lower, 80 steps per minute at the brisk end, which is roughly a purposeful walk rather than a stroll. The practical version is simple: pick the 30 most active minutes of your day and make them purposeful. Walk to the store instead of driving, take the long way between meetings, or finish lunch with a brisk loop around the block.
The caveats are standard for this kind of research. It is observational, so brisk walkers may differ from slow walkers in other ways, and trackers were worn for about a week, which may not capture a lifetime of habits. Read it as behavioral flexibility, in the corresponding author’s own framing: step targets need not look identical for everyone, and people who cannot walk far, or cannot walk quickly, still have a route to lower risk.