50 Running Footwear Statistics

by

These running footwear figures cover the measurement periods and populations identified in the available source material. Estimates, surveys and forecasts retain their reported scope.

Key Running Footwear Statistics

The main findings are:

  • The reviewed literature describes 75%–80% of shod runners as rearfoot strikers (literature context cited in 2015; shod runners in cited literature).
  • Rearfoot strikes occurred in 86.7% of trials in traditional shoes, 66.7% in minimalist shoes, and 40% in the socked condition (single-session crossover trial; 15 male adolescent cross-country runners).
  • Participants in the minimalist-footwear trial averaged 74.6 ± 9.3 kg body mass (baseline; 61 trained runners).
  • Traditional shoes in the crossover study were 135 g heavier per shoe than the minimalist model (2015 trial; New Balance models used in the trial).
  • The study found no significant footwear-group difference in stride cadence (P = 0.20) (single-session crossover trial; 15 male adolescent cross-country runners).
  • The end-of-life survey collected responses from 938 runners (2025 survey publication; survey respondents; road and trail runners).
  • A pooled comparison of motion-control versus neutral/cushioned shoes found RR 0.92 for runners sustaining lower-limb injury (pooled evidence from 2 studies; 421 participants in included trials).
  • In the crossover study, 9 of 14 runners with available training-history data normally trained in traditional shoes and 5 in minimalist shoes (study baseline; 15 male varsity high-school cross-country runners; history available for 14).
  • Forefoot strikes occurred in 7% of traditional-shoe trials, 20% of minimalist-shoe trials, and 27% of socked trials (single-session crossover trial; 15 male adolescent cross-country runners).
  • Participants averaged 25 ± 14 km of weekly training at baseline (61 trained runners).
  • The traditional shoe’s heel-to-toe drop was 8 mm greater than the minimalist shoe’s drop (2015 trial; New Balance models used in the trial).
  • The study found no significant footwear-group difference in knee angle at ground contact (P = 0.37) (single-session crossover trial; 15 male adolescent cross-country runners).
  • Females represented 15% of the survey respondents (survey period reported in 2025 paper; 938 runners).
  • The motion-control comparison’s 95% confidence interval was 0.30–2.81 (pooled evidence from 2 studies; 421 participants in included trials).
  • The minimalist shoe used in the crossover trial weighed 184 g per shoe and had a 4-mm heel-to-toe drop (2015 trial; New Balance Minimus 10v2 Trail).

Contents

Running footwear statistics: adoption and the shift from conventional to minimalist designs

  • The reviewed literature describes 75%–80% of shod runners as rearfoot strikers (literature context cited in 2015; shod runners in cited literature). (Effect of Minimalist Footwear on…)
  • In the crossover study, 9 of 14 runners with available training-history data normally trained in traditional shoes and 5 in minimalist shoes (study baseline; 15 male varsity high-school cross-country runners; history available for 14). (Effect of Minimalist Footwear on…)
  • The minimalist shoe used in the crossover trial weighed 184 g per shoe and had a 4-mm heel-to-toe drop (2015 trial; New Balance Minimus 10v2 Trail). (Effect of Minimalist Footwear on…)
  • The traditional shoe used in the same trial weighed 319 g per shoe and had a 12-mm heel-to-toe drop (2015 trial; New Balance M880v3). (Effect of Minimalist Footwear on…)
  • NIKE Brand footwear revenue rose 1% on a currency-neutral basis in fiscal 2024, while footwear unit sales fell 2% and higher average selling price contributed about 3 percentage points of revenue growth (fiscal 2024 versus fiscal 2023; NIKE Brand worldwide). (NIKE, Inc. 2024 Annual Report)
  • NIKE, Inc. reported $51.4 billion in total revenue in fiscal 2024, and NIKE Brand represented more than 90% of company revenue (NIKE, Inc. worldwide). (NIKE, Inc. 2024 Annual Report)
  • In adidas’s 2024 product mix, footwear accounted for 59% of net sales, up from 57% in 2023 (2024 versus 2023; adidas worldwide). (adidas Annual Report 2024: Product…)
  • The U.S. run-specialty channel recorded footwear unit-sales changes of +4% in Q1, 0% in Q2, +4% in Q3 and +10% in Q4 2024, for approximately +4.75% over the full year (Q1-Q4 2024 versus 2023). (Run Specialty Channel Market Report:…)

Secondary contextual estimate, not a representative contemporary survey.

Small, selected adolescent sample; this is baseline training history, not population adoption.

Model-specific laboratory measurement.

NIKE Brand footwear includes more than running footwear; the filing does not isolate running-shoe sales.

Company-wide revenue is context for the footwear business, not running-footwear revenue.

The category includes all adidas footwear, not only running footwear.

RIA/Sports Marketing Surveys channel data cover participating specialty retailers, not all footwear sales or all runners.

Running shoe biomechanics statistics: foot strike and ground-contact time

  • Rearfoot strikes occurred in 86.7% of trials in traditional shoes, 66.7% in minimalist shoes, and 40% in the socked condition (single-session crossover trial; 15 male adolescent cross-country runners). (Effect of Minimalist Footwear on…)
  • Forefoot strikes occurred in 7% of traditional-shoe trials, 20% of minimalist-shoe trials, and 27% of socked trials (single-session crossover trial; 15 male adolescent cross-country runners). (Effect of Minimalist Footwear on…)
  • Midfoot strikes occurred in 7% of traditional-shoe trials, 13% of minimalist-shoe trials, and 33% of socked trials (single-session crossover trial; 15 male adolescent cross-country runners). (Effect of Minimalist Footwear on…)
  • Mean ground-contact time was 265.9 ± 10.9 ms in traditional shoes, 253.4 ± 11.2 ms in minimalist shoes, and 250.6 ± 16.2 ms while socked (single-session crossover trial; 15 male adolescent cross-country runners). (Effect of Minimalist Footwear on…)
  • The overall footwear difference in ground-contact time was statistically significant at P = 0.005 (single-session crossover trial; 15 male adolescent cross-country runners). (Effect of Minimalist Footwear on…)
  • The traditional-versus-minimalist adjusted ground-contact comparison had P = 0.020 (adjusted crossover analysis; 15 male adolescent cross-country runners). (Effect of Minimalist Footwear on…)
  • The traditional-versus-socked adjusted ground-contact comparison had P = 0.023 (adjusted crossover analysis; 15 male adolescent cross-country runners). (Effect of Minimalist Footwear on…)
  • Across all footwear trials in the study, 64.4% of observed strikes were rearfoot strikes (pooled within-study trials; 15 male adolescent cross-country runners). (Effect of Minimalist Footwear on…)

Immediate treadmill response in a small, all-male adolescent sample.

Immediate trial; percentages are rounded study results.

Treadmill, 90-second trials; not a direct long-term efficiency measure.

Statistical significance does not establish lower injury risk.

Model-specific comparison in a small sample.

Pooled across experimental conditions, not a population prevalence.

Running footwear injury statistics from controlled trials

  • Participants in the minimalist-footwear trial averaged 74.6 ± 9.3 kg body mass (baseline; 61 trained runners). (Body Mass and Weekly Training…)
  • Participants averaged 25 ± 14 km of weekly training at baseline (61 trained runners). (Body Mass and Weekly Training…)
  • The minimalist-versus-conventional trial gradually increased allocated-shoe exposure over 26 weeks (trial duration; 61 trained runners). (Body Mass and Weekly Training…)
  • In that trial, clinically meaningful pain increases were defined as more than 10 mm on a 100-mm visual-analog scale (26-week trial; 61 trained runners). (Body Mass and Weekly Training…)
  • The trial reported greater pain with minimalist shoes when weekly training distance exceeded 35 km (26-week trial; trained runners allocated to minimalist or conventional footwear). (Body Mass and Weekly Training…)
  • The BJSM trial randomized 103 recreational runners and included 99 runners in the final analysis (12-week 10-km preparation; recreational runners with neutral or mild pronation). (Examining injury risk and pain…)
  • The BJSM trial recorded 23 injuries across the three footwear groups (12 weeks; 99 recreational runners). (Examining injury risk and pain…)
  • Neutral shoes had 4 reported injuries and partial-minimalist shoes had 12 in the BJSM trial (12 weeks; recreational runners in the trial). (Examining injury risk and pain…)

Study baseline, not a general runner average.

Study baseline and highly variable; not a recommended training load.

Duration describes the intervention design, not an outcome by itself.

Threshold is the study’s clinical interpretation.

Interaction finding; does not prove minimalist shoes cause pain for all runners.

Final-analysis count is not an outcome; trial population was specific.

Study-defined injury events; counts do not by themselves provide group-adjusted risk.

Raw group counts; full-minimalist group count is not inferred here.

Running shoe construction statistics: mass, drop and cushioning

  • Traditional shoes in the crossover study were 135 g heavier per shoe than the minimalist model (2015 trial; New Balance models used in the trial). (Effect of Minimalist Footwear on…)
  • The traditional shoe’s heel-to-toe drop was 8 mm greater than the minimalist shoe’s drop (2015 trial; New Balance models used in the trial). (Effect of Minimalist Footwear on…)
  • The 26-week trial’s conventional shoe weighed 324 g per shoe and had a 9-mm heel drop (Asics Gel Cumulus-14/15/16 conventional condition). (Body Mass and Weekly Training…)
  • The 26-week trial’s minimalist racing flat weighed 125 g per shoe and had a 5-mm heel drop (Asics Piranha SP4 minimalist condition). (Body Mass and Weekly Training…)
  • The conventional shoe in the 26-week trial was 199 g heavier per shoe than its minimalist comparator (Asics trial models). (Body Mass and Weekly Training…)

Simple subtraction of the two reported model masses; model-specific, not an industry average.

Simple subtraction of reported drops; not a causal estimate.

Model specification in one trial protocol/outcome report.

Difference calculated from the two reported model masses; not a general product comparison.

Running footwear statistics on efficiency and performance measures

  • The study found no significant footwear-group difference in stride cadence (P = 0.20) (single-session crossover trial; 15 male adolescent cross-country runners). (Effect of Minimalist Footwear on…)
  • The study found no significant footwear-group difference in knee angle at ground contact (P = 0.37) (single-session crossover trial; 15 male adolescent cross-country runners). (Effect of Minimalist Footwear on…)
  • The crossover runners’ mean 5-km personal-best time was 18:44 ± 1:08 (baseline; 15 male varsity high-school cross-country runners). (Effect of Minimalist Footwear on…)
  • Their mean weekly mileage was 21.86 ± 9.84 miles (baseline; 15 male varsity high-school cross-country runners). (Effect of Minimalist Footwear on…)
  • The runners’ mean age was 16.07 ± 1.07 years (baseline; 15 male varsity high-school cross-country runners). (Effect of Minimalist Footwear on…)
  • The runners’ mean body weight was 61.14 ± 6.48 kg (baseline; 15 male varsity high-school cross-country runners). (Effect of Minimalist Footwear on…)
  • The trial began at 3.58 m/s, while the runners’ average training pace was 3.79 m/s (single-session protocol; 15 male adolescent cross-country runners). (Effect of Minimalist Footwear on…)

Small sample and immediate treadmill exposure.

Selected competitive adolescent cohort.

Baseline training exposure, not a recommendation.

Population descriptor; cannot generalize to adult runners.

Experimental treadmill speeds, not race performance.

Running shoe replacement statistics and end-of-life decisions

Online survey sample; response selection and representativeness may limit generalization.

Survey composition, not a population sex distribution.

Survey composition; road/trail categories may not be mutually exhaustive outside this study.

Reasons are self-reported and combined; not the percentage of all shoes replaced.

Self-reported reason; wording and coding follow the paper’s survey design.

One small study within a heterogeneous review; not pooled satisfaction.

What running footwear statistics can and cannot establish

  • A pooled comparison of motion-control versus neutral/cushioned shoes found RR 0.92 for runners sustaining lower-limb injury (pooled evidence from 2 studies; 421 participants in included trials). (Running shoes for preventing lower…)
  • The motion-control comparison’s 95% confidence interval was 0.30–2.81 (pooled evidence from 2 studies; 421 participants in included trials). (Running shoes for preventing lower…)
  • The motion-control comparison had heterogeneity of I² = 88% (pooled evidence from 2 studies; 421 participants in included trials). (Running shoes for preventing lower…)
  • The motion-control pooled comparison had P = 0.89 (pooled evidence from 2 studies; 421 participants in included trials). (Running shoes for preventing lower…)
  • The crossover study’s immediate footwear test used only 15 male adolescent competitive runners (2015 trial; high-school cross-country runners). (Effect of Minimalist Footwear on…)

95% CI 0.30–2.81; P = 0.89; I² = 88%, so heterogeneity was high.

Interval crosses no-effect; evidence certainty was downgraded.

High heterogeneity limits a single pooled interpretation.

Non-significant result; does not prove equivalence.

Results may not generalize to recreational, adult, marathon or outdoor runners.

Table of contents