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Usual walking speed and the risk of dying

A faster usual walking speed is associated with a lower risk of dying in older adults.

Where you stand

Studenski 2011 is the paper. This calculator puts typical at 1.2 m/s, which is ours, not that paper's 65+ mean. Training has been shown to change the walk. It has not been shown to change death.

Each row is one study of death risk from gait speed. The bright line is what that study found. The band around it is the range the data still supports — it fades where the evidence thins. Left of the centre line is lower risk.

what the study foundstill plausibleno change
Two groups compared
the whole gap between a high and a low
slowest vs fastest usual walking speed
Wu et al. 2025
49% higher
range not reported
One step at a time
what each single increase is worth
each 0.1 m/s faster usual gait speed (age-adjusted)
Studenski et al. 2011
12% lower
range 10–13% lower

What it is

Usual walking speed, in meters per second, over a short measured course. The paper is older adults. Training has been shown to change the walk. It has not been shown to change death.

How it is modeled (not scored)

Technical notes

The curve uses Studenski 2011 (9 cohorts, 34,485 community-dwelling adults 65+, mean gait 0.92 m/s): age-adj all-cause mortality HR 0.88 (0.87–0.90) per +0.1 m/s usual 4 m-equivalent pace; fully adj 0.90 (0.89–0.91). In that paper, 1.2 m/s “suggests exceptional life expectancy”; this calculator recentres HR=1.0 at 1.2 for a ~45 reference — ours, not their 0.92 mean. Veronese 2018 is the later measured-gait all-cause mortality meta (self-report excluded): community HR 1.12 per 0.1 m/s slower (inverse ≈ 0.89), still mean age 72, mixed clinical overall. Liu 2024’s 0.94 per 0.1 mixes self-reported walking pace. LIFE (Pahor 2014) cut mobility disability (HR 0.82) and did not decrease the death rate. No ~45 usual-4 m all-cause mortality meta-analysis is available.

How to improve it

  • Walk regularly at a brisk, purposeful pace
  • Add lower-body strength training (squats, step-ups)
  • Work on balance and mobility to support a confident stride

What the studies found

EndpointGradeFinding
All-cause mortalityB
0.88 is 65+; 1.2 is ours
Technical notes
Studenski 2011: age-adj all-cause mortality HR 0.88 per +0.1 m/s (fully adj 0.90) in 34,485 adults 65+, mean gait 0.92 m/s. This calculator recentres HR=1.0 at 1.2 m/s — in that paper, 1.2 “suggests exceptional life expectancy.”
All-cause mortalityB
Later meta is 1.12 per 0.1 slower (Veronese 2018)
Technical notes
Measured gait only (self-report excluded). Community-dwellers HR 1.12 (1.09–1.15) per 0.1 m/s decrease — inverse ≈ 0.89, next to 0.88 / 0.90. Still mean age 72; overall pool mixes clinical cohorts.
All-cause mortalityA
Training changes the walk, not proven death (Pahor 2014)
Technical notes
Pahor 2014: activity vs education cut major mobility disability (HR 0.82). Authors: “Physical activity did not decrease the death rate”; mortality data “inconclusive.” Liu 2024’s 0.94 per 0.1 mixes self-report. Marker, not a treatment effect on all-cause mortality.
All-cause mortalityB
6%, Not 12%, Per 0.1 m/s (Liu 2024)
Technical notes
Meta of 13 studies (530,841 people; 11 in the dose-response analysis): per 0.1 m/s faster gait, all-cause mortality HR was 0.94 (0.92–0.96) — about a 6% reduction, roughly half the curve’s implied 12%. Fastest vs slowest gait carried HR 0.57 (0.48–0.66). Linear in both timed and self-reported walking speed but nonlinear in cohorts over 65.
All-cause mortalityC
1.89 Lowest vs Highest, Older Adults (Liu 2016)
Technical notes
Meta of 9 studies (12,901 older adults) using usual gait speed as a single-item screening tool: the lowest-vs-highest gait-speed group carried all-cause mortality RR 1.89 (1.46–2.46) overall, though the estimate for women alone, RR 1.45 (0.95–2.20), was not statistically significant.
All-cause mortalityC
1.49 Slowest vs Fastest, No Per-0.1 all-cause mortality Slope (Wu 2025)
Technical notes
General-population meta of 48 studies: the slowest-vs-fastest gait-speed contrast carried all-cause mortality RR 1.49, with a nonlinear dose-response. The per-0.1-m/s figures in the abstract are for cardiovascular disease (4%) and type 2 diabetes (3%), not all-cause mortality.
—METHOD
Normal Gait Ranges From 97 to 140 cm/s (Andrews 2023)
Systematic review of normal comfortable gait speed in 51,248 apparently healthy adults, not a mortality study: weighted mean gait ranged from 97 cm/s in women 80+ to 140 cm/s in men 40–49, with men slowing notably after 50 and women after 30. Supports the calculator’s 1.2 m/s recentring point as below a healthy ~45-year-old male mean (1.40 m/s), not Studenski’s “exceptional” reading for 65+ adults.

What argues against this

Liu et al. 2024 (meta-analysis of 13 cohort studies, 530,841 people) is the strongest opposing source: it found a per-0.1 m/s all-cause mortality HR of 0.94 (0.92–0.96), about a 6% reduction — roughly half the magnitude implied by the curve's use of Studenski's ~12% (0.88) per-0.1 m/s slope. This disagrees with the curve on magnitude, not on the direction of the association: faster usual gait speed is still linked to lower mortality in both papers.

Last reviewed 12 October 2026

Sources

7 cited
  1. Studenski et al. (2011) — JAMA
    Gait Speed and Survival in Older Adults
    View source
  2. Veronese et al. (2018) — Journal of the American Medical Directors Association
    Association Between Gait Speed With Mortality, Cardiovascular Disease and Cancer: A Systematic Review and Meta-analysis of Prospective Cohort Studies
    View source
  3. Liu et al. (2024) — Journal of Sports Sciences
    Dose-response association between walking speed and all-cause mortality: A systematic review and meta-analysis of cohort studies
    View source
  4. Pahor et al. (LIFE Study) (2014) — JAMA
    Effect of structured physical activity on prevention of major mobility disability in older adults: the LIFE study randomized clinical trial
    View source
  5. Liu et al. (2016) — Gait & Posture
    Usual walking speed and all-cause mortality risk in older people: A systematic review and meta-analysis
    View source
  6. Wu et al. (2025) — Journal of Sports Sciences
    Systematic review and meta-analysis of the association between usual walking speed and all-cause mortality and risk of major non-communicable diseases
    View source
  7. Andrews et al. (2023) — Journal of Physiotherapy
    Normal gait speed varies by age and sex but not by geographical region: a systematic review
    View source

Not part of your score
Gait Speed is tracked here for its research. It does not count toward the 8-marker MarkerScore. See what does in the calculator.
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Educational content only — not medical advice, diagnosis, or treatment. Not a medical device; not FDA evaluated. Consult a qualified healthcare professional about your own health, and call emergency services for urgent symptoms. Full medical disclaimer →