Why snowboard navigation is slightly different from ski navigation
The difference between skiing and snowboarding on a resort mountain is not just technique — it changes which terrain features cause problems. Skiers can skate across flat sections, push with poles, and cover traverses that lose gradient gradually. Snowboarders cannot. A run that ends in a long, flat cat-track can strand a snowboard completely: no poles to push with, both feet locked to the same edge of the board, momentum bleeding away until you are stuck walking with a board strapped to your feet in ski boots. If you have snowboarded for more than a couple of seasons, you have experienced this. Probably at the worst possible time.
Lifts present a different friction point. Chairlifts require unstrapping the back foot, riding up with one foot free, and re-strapping at the top. This is manageable but it adds time at lift stations and means the usual "tap through the app while riding the lift" behavior on a chairlift involves a slightly awkward one-handed situation. On a surface lift or magic carpet, both feet stay strapped — interaction with a phone or device is even more constrained.
Carrying the board when walking also changes phone placement. Skiers can keep poles in one hand and a phone in the other. Snowboarders carrying their board at the base of a lift have one arm occupied with the board and often both hands busy navigating boot buckles and bindings. Any app interaction that requires two free hands or fine touchscreen precision fails in this context.
None of this means ski apps do not work for snowboarding. Most of the time, in most terrain, they work fine. The problem shows up in specific high-friction moments — arriving at a flat traverse after a fast run, trying to check an app with mittens on, or realizing too late that the route you picked exits into a long walking section. Apps that account for these moments are meaningfully better for snowboarders than apps that do not.
What snowboarders specifically need from a nav app
Flat-section warnings. This is the most important snowboard-specific feature and the one most ski apps simply do not have. A good snowboard navigation app should know which traverses are flat enough to strand a board, warn you before you commit to a route that includes one, and where possible, route around the problem entirely. This requires the app to have gradient data for every edge in the piste network, not just connectivity data. Most apps know that piste X connects to lift Y; fewer know that the last 200 meters of piste X drop to a 1.5% gradient that will strand a board.
Lift-friendly UI design. Navigation on a lift should be manageable one-handed with a gloved finger. Large, clearly spaced tap targets. No UI that requires precise touchscreen interaction. Bonus: an audio-first mode where the app speaks the next instruction and you do not need to look at or touch the screen at all. Haptic feedback — a buzz when you are approaching a turn — is also more useful than a screen alert for an activity where you want your eyes on the terrain, not the phone.
Voice instructions timed for board speed. Snowboarders and skiers can move at quite different speeds, and the distance at which a voice instruction is useful differs accordingly. An instruction delivered 500 meters before a turn at ski speed gives you time to react; the same instruction at the slower top speed of a beginner snowboarder might come too early to be actionable. Good voice navigation adapts instruction timing to actual movement speed, not a fixed distance threshold.
Offline operation. Signal is often worst at the top of a mountain, which is precisely where you most need to know which piste leads where. Any app that requires a network connection to fetch the next instruction is going to fail at altitude. See our guide on navigating ski resorts offline for the full breakdown on what offline really means.
5 apps reviewed from a snowboarder's point of view
Glidr
Snowboarder verdict: Designed for this use case.
Glidr is the only app in this comparison with explicit snowboarder-specific routing. When you set your rider type to snowboarder, the routing engine actively avoids long flat traverses where alternatives exist. Where a flat section is unavoidable — the route genuinely requires it — the voice system announces it in advance: "Flat section ahead on the traverse to Méribel base — carry speed from this point." This is not a cosmetic feature. It is the difference between arriving at a flat with enough momentum to cross it and arriving stranded halfway across while skiers glide past you.
The voice navigation is audio-first. It works through any Bluetooth speaker or earbud connected to your phone, which means it works through a Bluetooth-equipped helmet. Instructions are concise: "In 80 meters, turn left onto Caron." No verbal clutter. Music is ducked when an instruction plays and resumed automatically. The UI uses large tap targets with the most common actions — mute voice, show map, end navigation — accessible without precision. On a chairlift with a glove on, the key actions are reachable.
Honest caveats: Glidr is a newer app and the snowboarder routing is a feature that continues to be refined as more resorts are supported. At a resort where the graph is very new, gradient data completeness may vary. The navigation experience is also more tuned for on-piste navigation than for route-finding across resort boundaries that require significant walking at base level.
Slopes
Snowboarder verdict: Great for stats, no navigation.
Slopes is the most polished snowboard tracking app available. It records every run — speed, vertical, duration — and the Apple Watch integration is smooth and reliable. The social layer is well-developed if you have friends also using Slopes. It will tell you what you did after the fact, clearly and beautifully.
From a snowboarder's navigation standpoint, Slopes does nothing. There is no routing, no flat-section warning, no voice guidance. The map shows your position and the piste layout, but the decision of which piste to take at every junction is entirely yours. This is not a criticism of Slopes — it is a different product category. If stats are your primary goal and you know the mountain well enough not to need navigation, Slopes is excellent. If you are at an unfamiliar resort trying to find your way, Slopes will not help you get there.
Ski Tracks
Snowboarder verdict: Simple and reliable for logging, nothing more.
Ski Tracks does GPS run logging. It does it reliably, with minimal battery drain, and the one-time purchase model is refreshingly straightforward. For snowboarders who want a simple record of vertical meters and speed without a social feed or subscription, Ski Tracks is a clean option. It has no navigation features at all, and no snowboard-specific routing. For its intended purpose — passive recording of what you did — it works well. For anything involving guidance, it is the wrong tool.
FATMAP (Strava)
Snowboarder verdict: Exceptional for off-piste; limited for in-resort navigation.
FATMAP is where serious snowboarders should look when they want to identify lines beyond the groomed boundary. The 3D terrain rendering shows slope angle, aspect, and gradient for the entire mountain — not just the marked pistes. For a snowboarder scoping a new powder stash, checking the aspect for afternoon sun exposure, or identifying the entry and exit points for an off-piste line, FATMAP is in a different league from any other app.
For in-resort piste navigation, FATMAP's utility drops significantly. It does not calculate a route from A to B and guide you along it. The map is beautiful but passive. It requires data for full-quality rendering, which is a problem at altitude. For snowboarders who primarily stay on marked terrain and want guidance at junctions, FATMAP is not the right primary tool — though combining it with Glidr for in-resort navigation makes practical sense.
OnTheSnow
Snowboarder verdict: Right tool for pre-trip planning, wrong tool for the mountain.
OnTheSnow is where you check snow conditions before you book the trip, not what you open on the chairlift. It aggregates snow reports, forecasts, webcams, and lift ticket prices across hundreds of resorts. The data quality is strong and the UI is straightforward. For the specific job of deciding where to go on a given day based on which resort has the best powder or the most lifts open, it is excellent.
Once you are on the mountain, OnTheSnow serves no navigation purpose. It does not know where you are on the piste, it does not suggest routes, and it does not warn about flat sections. Open it the night before to choose your resort and runs. Close it when you arrive and use something else.
Audio: TTS, music, and Bluetooth helmets
Running audio navigation through a Bluetooth helmet speaker is one of the better quality-of-life upgrades a snowboarder can make. The practical setup: phone in a warm inner pocket, paired to the helmet's Bluetooth unit via standard A2DP audio, navigation app running with voice enabled. You hear the turn instruction at the right moment — no phone to pull out, no glove to remove, no screen to look at. Eyes stay on the terrain.
The three things that determine whether this setup works in practice:
Helmet speaker quality. Cheap helmet audio units with thin speaker drivers produce voice that is compressed and difficult to hear in wind. At 40 km/h, ambient wind noise in a helmet is significant. Clear, mid-forward speaker reproduction matters for intelligibility. Premium helmet audio (Bluetooth devices from brands like Sena, Cardo, and Livewire) are noticeably better than the built-in speakers on budget helmets with integrated audio.
Audio ducking. If your navigation app plays a voice instruction while music is also playing, the result is two audio streams competing. Some apps handle this by pausing music when a voice instruction starts and resuming it when the instruction finishes — this is audio ducking. On Android, Glidr implements ducking through the system's audio focus API; when a navigation instruction fires, music is dimmed, the instruction plays, and music resumes. On iOS, audio mixing behavior between apps is more constrained by the system; results vary by music app. Test your specific combination before relying on it.
Instruction timing. A voice instruction that arrives 10 meters before a junction is not useful at 50 km/h. A good voice navigation system calibrates instruction timing to your current speed so you receive the cue with enough distance to react comfortably. The best setups give you approximately 3–5 seconds of lead time at your current speed — enough to look at the junction, identify the correct piste, and commit to the line.
If you are riding in a helmet without built-in audio, use a single earbud rather than both. One ear closed to the mountain reduces your awareness of other riders, lifts, and terrain features. One earbud gives you navigation audio while keeping the other ear open to the environment.
Where to put your phone, and why mittens are a problem
Phone placement on a snowboard day is not a trivial choice. The options, ranked from best to worst:
Inner chest pocket. The warmest location on your body, close to your core. Keeps the battery operating at closer to its rated capacity. Easy to reach for quick checks without fully removing your jacket. The best default for all-day navigation use.
Chest harness or arm holster. Some riders use a phone harness under or over the jacket for genuinely hands-free use with screen-visible navigation. This works but requires investment in the harness and is more cumbersome to remove in the lodge or on a slow lift. Useful for riders who want to glance at the map without stopping.
Jacket hip or side pocket. Acceptable but colder than the chest, which means faster battery drain. Also harder to reach one-handed while riding. Fine for phones that are only checked occasionally.
Back pocket. Do not put your phone in a back pocket on a snowboard day. Snowboarders fall backward — it is the most common fall direction for learning riders. Sitting on a phone at speed, or landing on it in a fall, breaks screens and bends frames. A shattered phone screen at altitude on a cold day is an unpleasant problem. The back pocket is also the coldest location on a snowboarder's body in normal riding position, further reducing battery performance.
Mittens and touchscreens. Standard ski mittens have outer shells that are not capacitive-touch compatible. The inner glove liner usually is, but reaching inside the mitten to use a liner-only interface means effectively taking the mitten off. Alternatives: capacitive-compatible ski gloves (many brands now sell these, with conductive fingertip material), or switching to a voice-primary navigation workflow where you set the destination before you leave the lift station and let audio instructions handle the rest of the run. The voice-first workflow is honestly more practical for snowboarding than stopping to interact with a touchscreen every time you need guidance.
A note on cold and lithium batteries: hand warmers in a pocket adjacent to the phone are a legitimate tactic on extremely cold days. The heat transfer through fabric keeps the phone meaningfully warmer than ambient air, which preserves battery capacity. Do not place hand warmers in direct contact with the phone — but sharing a pocket is fine and noticeably effective at -15°C.
Frequently asked questions
What is the best free snowboard navigation app?
Glidr has the strongest free tier for snowboard navigation specifically — voice turn-by-turn directions, flat-section warnings, offline maps, and Garmin/Apple Watch support are all available without paying. Slopes and OnTheSnow also have free tiers, but neither offers navigation. Ski Tracks is a small one-time purchase. For snowboarders who want active guidance on the mountain at no cost, Glidr is the current leader.
Can snowboarders use ski navigation apps?
Yes, with an important caveat: most ski navigation apps treat skiers and snowboarders identically, which means they do not warn about flat cat-tracks that strand boards. Glidr is the exception — it has a dedicated snowboarder mode that flags unavoidable flat sections before you reach them, warns you to carry speed, and where possible routes around cat-tracks entirely. For standard ski tracking apps like Slopes and Ski Tracks, snowboarders can use them without issues as long as navigation is not the primary need.
Does Glidr work for snowboarders?
Yes. Glidr's routing engine is explicitly designed for snowboarders as well as skiers. When you set your rider type to snowboarder, the routing avoids long flat traverses where possible, and the voice system warns you ahead of unavoidable flat sections so you can carry enough speed to make it across. All other features — voice turn-by-turn navigation, offline maps, the AI Ski Day Planner, Garmin and Apple Watch support, and friends location sharing — work identically for snowboarders and skiers.
What is the best app for backcountry snowboarding?
For backcountry snowboarding, FATMAP (now integrated into Strava) is the strongest tool for terrain visualization — its 3D rendering of slope gradient, aspect, and elevation is unmatched for identifying lines beyond the piste boundary. Avalanche forecasting apps like Avalanche Canada (for North America), White Risk (for Switzerland), or your local national avalanche center app should be considered essential, not optional. Glidr focuses on in-resort piste navigation and is not designed for backcountry use. For terrain beyond the ski area boundary, dedicated backcountry apps are safer and more appropriate.