Hiking Statistics Updated November 2026

Human Written & Fact Checked · Updated

100 Switzerland Hiking Statistics for 2026

If you want to understand Swiss hiking, distinguish the national audience from the people encountered on mountain paths and the routes selected for inspection. They answer different questions.

This hub brings together national sport research, an original mountain-hiker safety survey and the Wanderland quality programme. Each observation retains its population, period and reporting unit.

Headline figures

  • Hiking/mountain-hiking participation: 49.0%. (BASPO / Swiss Sport Observatory, Aug 2026)
  • Hiking as the main sport: 10.7% of residents. (BASPO / Swiss Sport Observatory, Aug 2026)
  • Residents reporting hiking/mountain-hiking in sports holidays: 11.9%. (BASPO / Swiss Sport Observatory, Aug 2026)
  • Hikers naming poor equipment as a serious-accident cause: 51%. (BFU, Sep 2025)
  • Hikers naming steep/exposed terrain as a serious-accident cause: 11%. (BFU, Sep 2025)
  • 2024 surveyed hikers rating sure-footedness good/very good: 83%. (BFU, Sep 2025)
  • Observed high hiking/mountain boots among age 65+: 68%. (BFU, Sep 2025)
  • Distance inspected in 2025: 223 km. (Swiss Hiking Federation, Feb 2026)
  • Inspected routes, potential for a more attractive realignment: 43%. (Swiss Hiking Federation, Feb 2026)
  • Inspected routes, vegetation-cleared corridors: 100%. (Swiss Hiking Federation, Feb 2026)
  • Inspected routes, continuous visible unambiguous intermediate markings: 48%. (Swiss Hiking Federation, Feb 2026)
  • Inspected routes, closures/diversions signed and published on national geoportal: 60%. (Swiss Hiking Federation, Feb 2026)

Who hikes in Switzerland?

Hiking reaches well beyond a specialist mountain audience. The national survey provides the population denominator, while its fieldwork date prevents a report title from becoming a misleading claim about current activity.

What does the national participation measure include?

The national study combines hiking and mountain hiking as a sport category. Its reported frequency and participant profile describe people within that category, while the participation rate concerns the resident population covered by the survey. The report was published after the interviews, so its title year should not be mistaken for the year every outing occurred. The authors also discuss changes in survey response and input procedures that may contribute to apparent differences from the previous edition. A reported decline is therefore not a clean measure of behavioural change alone. The frequency statistic retains the report's central-frequency wording instead of being converted into an unsupported claim about the total number of hiking days nationwide.

How does participation vary by sex and age?

These percentages measure participation within each sex and age group. They do not show each group's share of all hikers. The survey excludes children; rounded differences require caution.

How do language regions and sports holidays differ?

Language-region results concern residents, not the locations of their hikes. A person can live in one region and walk in another. Sports-holiday figures answer a separate question about the activities undertaken during holidays involving sport. The participant age and sex composition in that holiday category therefore have a different denominator from the population-level regional participation rates. They should not be added to ordinary participation to estimate a total audience, because the same people can appear in both measures. Retaining these distinctions is particularly useful for destination research: resident demand, holiday activity and visits to a specific trail are related subjects, but the survey does not make them interchangeable.

How do mountain hikers perceive risk?

Perceived accident causes are evidence about awareness. They are not an accident investigation and cannot establish how often each factor actually causes harm.

Which causes do surveyed hikers identify?

  • Hikers naming lack of skill as a serious-accident cause: 38%. (BFU, Sep 2025)
  • Hikers naming lack of fitness as a serious-accident cause: 36%. (BFU, Sep 2025)
  • Hikers naming weather as a serious-accident cause: 31%. (BFU, Sep 2025)
  • Hikers naming distraction/inattention as a serious-accident cause: 17%. (BFU, Sep 2025)
  • Hikers naming wrong route choice as a serious-accident cause: 15%. (BFU, Sep 2025)
  • Hikers naming overestimating oneself as a serious-accident cause: 14%. (BFU, Sep 2025)
  • Hikers naming demanding terrain as a serious-accident cause: 13%. (BFU, Sep 2025)

The trail survey asked respondents about causes of serious accidents and allowed more than one answer. Each percentage therefore stands on its own instead of forming part of an exclusive distribution. The sample consists of people encountered on selected mountain-hiking paths, including visitors, so these results should not be generalised to every Swiss resident. They describe the answers given during the fieldwork period.

How confident are hikers in their abilities?

  • 2018 surveyed hikers rating sure-footedness good/very good: 82%. (BFU, Sep 2025)
  • 2018 surveyed hikers rating fitness good/very good: 74%. (BFU, Sep 2025)
  • 2019 surveyed hikers rating sure-footedness good/very good: 87%. (BFU, Sep 2025)
  • 2019 surveyed hikers rating fitness good/very good: 75%. (BFU, Sep 2025)
  • 2024 surveyed hikers rating fitness good/very good: 75%. (BFU, Sep 2025)

The repeated surveys ask hikers to assess their own sure-footedness and fitness. The good-or-very-good category combines the upper ratings on the questionnaire scale. It is a self-assessment, not an observed performance test or a professional judgement of suitability for a particular route. The historical waves provide context for the latest survey but do not follow the same individuals through time. Differences could reflect the people and locations included as well as changes in attitudes. Confidence should consequently remain separate from demonstrated competence. The figures are useful for understanding how surveyed trail users describe themselves, while evidence about actual incident likelihood would require comparable exposure and outcome records that this questionnaire does not provide.

What footwear do mountain hikers wear?

Observed footwear provides a firmer description of equipment than a question about what people usually own. It still measures the surveyed outings, with no claim that footwear alone determines safety.

How does observed footwear differ by sex?

  • Observed high hiking/mountain boots among men: 58%. (BFU, Sep 2025)
  • Observed high hiking/mountain boots among women: 58%. (BFU, Sep 2025)
  • Observed low hiking/trekking/mountain shoes among men: 26%. (BFU, Sep 2025)
  • Observed low hiking/trekking/mountain shoes among women: 23%. (BFU, Sep 2025)
  • Observed running shoes among men: 15%. (BFU, Sep 2025)
  • Observed running shoes among women: 16%. (BFU, Sep 2025)
  • Observed other footwear among men: 1%. (BFU, Sep 2025)
  • Observed other footwear among women: 2%. (BFU, Sep 2025)

Fieldworkers recorded the footwear worn by the people they encountered, instead of asking participants to remember equipment used on earlier trips. High boots, low hiking shoes, running shoes and other footwear are distinct published categories. The percentages below use the corresponding sex group as their denominator. Rounded values should not be forced to add to an exact total, and differences do not establish that a particular shoe caused an outcome. Route difficulty, weather and individual abilities remain outside this table.

What do younger and middle-aged hikers wear?

  • Observed high hiking/mountain boots among age 15–29: 56%. (BFU, Sep 2025)
  • Observed high hiking/mountain boots among age 30–49: 52%. (BFU, Sep 2025)
  • Observed low hiking/trekking/mountain shoes among age 15–29: 21%. (BFU, Sep 2025)
  • Observed low hiking/trekking/mountain shoes among age 30–49: 26%. (BFU, Sep 2025)
  • Observed running shoes among age 15–29: 21%. (BFU, Sep 2025)
  • Observed running shoes among age 30–49: 20%. (BFU, Sep 2025)
  • Observed other footwear among age 15–29: 2%. (BFU, Sep 2025)
  • Observed other footwear among age 30–49: 2%. (BFU, Sep 2025)

The younger age bands show the equipment present during surveyed mountain-hiking outings. These observations do not describe purchases, brand preferences or every shoe a person might own. The table distinguishes low hiking footwear from running shoes, so those categories should not be collapsed into an undefined casual-shoe group. Age differences can coincide with different routes or experience levels; the descriptive comparison does not isolate an age effect. The data are best used to explain the equipment mix encountered by the survey team.

What footwear appears in the older age groups?

  • Observed high hiking/mountain boots among age 50–64: 60%. (BFU, Sep 2025)
  • Observed low hiking/trekking/mountain shoes among age 50–64: 24%. (BFU, Sep 2025)
  • Observed low hiking/trekking/mountain shoes among age 65+: 25%. (BFU, Sep 2025)
  • Observed running shoes among age 50–64: 15%. (BFU, Sep 2025)
  • Observed running shoes among age 65+: 6%. (BFU, Sep 2025)
  • Observed other footwear among age 50–64: 1%. (BFU, Sep 2025)
  • Observed other footwear among age 65+: 1%. (BFU, Sep 2025)

The older groups use the same observed footwear categories as the rest of the survey. Their results refer to people who were already undertaking a mountain hike at a sampled location, not to everyone of the same age in the population. That selection counts when comparing these findings with the national participation study. The open-ended oldest group also covers a wider range of ages than the preceding band. No incident-rate comparison can be calculated from footwear shares alone, because the table contains neither matched accident outcomes nor a measure of time spent hiking.

What does the route inspection programme cover?

A route audit is most useful when its boundaries stay visible. Wanderland inspections test selected stages and identify hands-on improvements; they are not a census of the entire Swiss hiking network.

How much of Wanderland has been inspected?

The programme concerns the promoted Wanderland route system, which is smaller than the full signed hiking-path network. Its reports include routes in Switzerland and Liechtenstein. The cumulative inspected distance covers several annual rounds, while the latest round covers a selected set of stages. Ordinary hiking paths and mountain-hiking paths are retained as separate categories within that inspected distance. These lengths should not be interpreted as newly constructed trails or as the distance walked by visitors. Inspection coverage tells readers where the quality programme has gathered evidence. It does not establish a representative national failure rate, because stages were not presented as a random sample of every path in the country.

How well do inspected alignments meet the criteria?

The alignment assessment considers variety, directness, separation from transport corridors and the restorative setting. These criteria can overlap: a stage may satisfy several at once. The final measure below identifies potential for a more attractive realignment, which is an improvement opportunity instead of a pass rate. It should therefore not be interpreted in the same direction as the other criteria. The unit is an inspected stage, and the results describe the selected inspection round. A stage meeting a criterion need not be ideal at every point along its length. Equally, an identified improvement possibility does not by itself mean that the whole route is unsuitable for use.

What do the surface and historic-route measures show?

Surface quality is reported both as a share of inspected distance and through stage-level targets. Those denominators are different and should remain separate. The outside-settlement measure excludes the built-up context specified by the source, while the overall surface result covers the broader inspected distance. The historic-route indicators concern preserved substance and natural surfaces, with the final percentage restricted to the relevant historic-route stages. That restricted denominator is why the numbers cannot simply be averaged into an overall quality score. The report supplies a hands-on maintenance assessment, not a measure of how many visitors prefer a particular surface or a causal estimate of its effect on participation.

What condition is trail infrastructure in?

Infrastructure quality is specific to the feature being assessed. A bridge assessment cannot be treated as a claim about every stage when some inspected stages have no bridge.

How do construction and drainage perform?

The inspection distinguishes trail-bed condition, structures such as bridges and stairs, construction suited to the trail category, fall-protection features and drainage. Each criterion uses the relevant inspected stages or applicable features. These are maintenance observations instead of engineering certifications for every asset in the wider network. A stage without a particular feature is not automatically counted as a success or a failure for that feature. This explains why the denominators in the source table vary. The findings can guide follow-up work at the inspected locations, but they should not be turned into a nationwide infrastructure reliability estimate or a guarantee about conditions on the day of a future outing.

What do vegetation, fencing and conflict checks reveal?

The programme separately records pasture fencing, vegetation clearance, conflict points and obvious hazards. The first measures describe whether inspected conditions meet the stated criteria, while conflict and hazard measures identify issues encountered. Higher percentages therefore do not have the same meaning across all four observations. A conflict point may concern competing uses or route arrangements; it is not a recorded injury. Likewise, the absence of an obvious hazard in an inspection does not establish that a path is risk-free in changing weather. These findings are most useful as a record of what inspectors observed during the stated round, with the original criteria and relevant stage denominators attached.

How reliable are signs and access information?

Wayfinding has several layers, from basic direction indicators to route branding and diversion information. A good result in one layer cannot substitute for a missing or unclear sign in another.

How do basic signs and markings perform?

Basic wayfinding criteria cover installation, destination consistency, the correctness of signpost information, intermediate markings and direction indicators. These are separate checks on the inspected stages, so a route can perform well on one and less well on another. Continuous intermediate marking is particularly different from whether an individual signpost contains the right information. The inspection percentages should not be read as the proportion of all signs in Switzerland that are defective or correct. The report assesses stage-level compliance with its criteria, not a national inventory of individual sign assets. Retaining that unit makes the results more useful for maintenance planning and prevents an exaggerated interpretation of the audit.

What does supplementary route signage add?

The supplementary layer includes route panels and other route-specific signs alongside the basic hiking-path system. The assessment distinguishes whether these signs are present, whether directions work in both travel directions and whether the relevant supplementary signs are maintained. Not every stage contains the same supplementary infrastructure, so the maintenance denominator is restricted where appropriate. These measures describe the audited route experience instead of the popularity or commercial visibility of a route. A stage can have clear basic path markings while still lacking continuous route branding. Conversely, an attractive route panel does not establish that every intermediate turn is adequately marked. The separate criteria preserve those hands-on differences instead of blending them into a single promotional score.

How do public transport, geodata and diversions connect?

Access checks connect the walking stage with public transport and the official route information system. The source distinguishes transport availability at both ends from clearly signed access to those stops. It also checks whether the marked route matches the national geodata and follows the official hiking network. The diversion criterion applies to stages where closures or diversions are relevant, instead of to all stages indiscriminately. These observations describe the inspected arrangements during the audit period. They are not live service information, and a positive audit result cannot guarantee a departure time, an open path or an unchanged diversion on a later visit. Current operational information requires its own check.

Glossary

Methodology and sources

Every figure on this page comes from the organisation that produced it: regulators, statistics offices, public bodies, research institutes, and companies reporting their own data or surveys. Each one links to the original report or dataset and carries its release date. Survey results keep their population and fieldwork period, and financial figures keep the measure the producer used. Figures from different producers are not added together or ranked against each other. The page is reviewed monthly and updated when a producer releases newer data.