Komoot’s strength is not that it shows you routes. It’s that it shows you what those routes are actually like — the surfaces, the gradient, the technical demands — before you leave home.
Komoot is the route planning app that European hikers and cyclists reach for when they want to plan their own routes rather than follow someone else’s. Where AllTrails aggregates existing routes for discovery, Komoot gives you the tools to draw new ones — and then tells you, with impressive specificity, what you’ve drawn: the gradient by segment, the surface type, the estimated duration and the technical rating. For anyone who plans routes rather than following pre-packaged ones, Komoot is the most useful planning platform available.
The planning interface is excellent. The trail database is extensive, particularly in Europe. The offline navigation is functional. Understanding what Komoot does well, where its limitations are, and how to use it alongside other tools builds the planning workflow that turns a map into a day that matches expectations.
The Route Planner: What It Actually Shows You
Surface type analysis
Komoot’s route planner breaks down the surface type for every section of a route — asphalt, gravel, singletrack, hiking path, scrambling terrain, or unpaved track. This breakdown is displayed as a colour-coded bar across the route’s elevation profile. The practical value: before committing to a route, you can see what percentage is maintained path versus rough mountain terrain, and where the transitions occur. A route that looks similar in distance and elevation to another can differ dramatically in difficulty if one crosses 4km of boulder field while the other is on a maintained alpine path.
The difficulty rating
Komoot generates a difficulty rating (Easy, Moderate, Difficult, Expert) from the combination of gradient, surface type and elevation. The rating is imperfect — it cannot account for current conditions, seasonal snow or trail quality degradation — but it provides a useful baseline for comparing routes of the same nominal length and elevation. A “Difficult” Komoot rating on an alpine route is a meaningful signal that the terrain demands attention.
Elevation profile
The elevation profile in Komoot’s planner shows gain and loss across the entire route, with segment-by-segment gradient displayed as a colour gradient on the profile bar. Steep red sections are immediately visible; blue sections are descents. For any route with significant technical terrain, study the profile before departure — a route with 800m of elevation gain spread evenly over 10km is physiologically very different from the same gain over 4km.
Collections and Community Routes
Using community-submitted routes
Komoot’s community has submitted millions of routes worldwide, concentrated most densely in Europe and particularly in the Alpine regions. Community routes include user-generated photos, condition updates (“path is overgrown after the bridge”) and difficulty ratings from people who have actually walked the route. For discovering routes in unfamiliar terrain, community routes with recent activity and multiple completions are a more reliable source than brand-new routes with no feedback.
Reading community route quality indicators:
- Number of completions: a route completed by 200 people in the last year is better tested than one completed by 3
- Recency of highlights: route highlights (photos and condition notes) with dates show whether the route has been walked recently and in what conditions
- Star rating distribution: a route with 4.8 stars from 5 reviews and another with 4.2 stars from 180 reviews — the second is the more reliable rating
Collections: curated route libraries
Komoot Collections group related routes — “The best hikes in the Dolomites” or “Multi-day routes in the Swiss Prealps” — curated by outdoor media outlets, tourist boards or experienced users. Collections are the fastest way to explore a new region because the curation has already filtered for quality. Check whether a collection is recent (within the last 1–2 years) before relying on it for trail conditions.
Komoot’s “Discover” function shows routes near any location filtered by sport type, difficulty and distance. When arriving in a new area for the first time, use Discover to see what the local community considers the best routes — the highest-rated, most-completed routes are often the ones that experienced local hikers recommend to each other, not the ones that appear in generic regional hiking guides.
Planning a Multi-Day Route
Komoot’s multi-day planning function allows you to divide a long route into day segments, with overnight stop suggestions at each endpoint. For a hut-to-hut alpine traverse, the workflow:
- Draw the full route from start to finish in the planner
- Use the “split into days” function to divide at logical overnight points (huts, villages, campsites)
- Komoot calculates the distance, elevation and estimated time for each day segment
- Review each day’s elevation profile independently — a multi-day route that averages 1,200m gain per day may have one 2,000m day and one 400m day; the average masks the distribution that determines which nights require early starts
- Export the full route as a GPX file for import into Gaia GPS for offline navigation
The Naismith integration
Komoot’s time estimates use a modified Naismith calculation that accounts for surface type as well as gradient — scrambling terrain gets a longer time estimate per kilometre than maintained path on the same gradient. The estimated times are calibrated to a moderately fit hiker without a heavy pack. Apply a personal multiplier based on your experience: beginners typically take 1.3–1.5× Komoot’s estimate; fit, experienced hikers with light packs sometimes match or beat it.
Offline Navigation in Komoot
Komoot’s offline navigation requires region maps to be downloaded in advance. The navigation interface shows your position on the downloaded map with turn-by-turn alerts — a voice prompt or screen notification when a turn is approaching. The navigation screen is simpler than Gaia’s, optimised for following the planned route rather than for general cartographic analysis.
Where Komoot navigation is strong
- Waymarked trails where the routing follows marked paths precisely
- Multi-sport routes where the app distinguishes hiking sections from cycling sections
- European trail networks where Komoot’s map data is densely populated with community path corrections
Where Komoot navigation has limits
- Off-trail and cross-country terrain where there is no mapped path to follow
- Very remote routes where community path corrections are absent and the base map data may have errors
- Technical alpine terrain where the navigation demands more than route-following — active terrain assessment using a topographic map layer
Komoot’s maps in remote alpine terrain can contain errors — paths shown on the map that no longer exist on the ground, junctions that are different from what’s shown, or community routes that were created from imported GPS tracks rather than actual walks. Always verify Komoot routes against a current official topographic map (swisstopo, IGN, BEV) before committing to remote routes. Use Komoot for planning; use official national maps for navigation.
Integrating Komoot with Other Tools
The most effective mountain navigation workflow treats Komoot as one tool in a system rather than as a standalone solution:
- Planning: use Komoot’s route planner for its surface analysis, community route database and elevation profile tools
- Export: export the planned route as a GPX file
- Navigation: import the GPX into Gaia GPS, which provides offline navigation on higher-quality official map sources (swisstopo, IGN)
- Backup: carry the equivalent printed 1:25,000 map for the route area
This combination gives you Komoot’s planning strengths — the community data, the surface analysis, the elevation profile tools — with Gaia’s navigation strengths — the official map quality, the multiple layer capability, the more complete offline coverage. Each tool does what it does best.
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