Labyrinth Mountain Route
Kiska/Willson Public Land Use Zone
Trail score 17 out of 100, from popularity, scenery and trail quality
About this trail
Labyrinth Mountain Route is a 12.0 km out and back trail in Kiska/Willson Public Land Use Zone. It runs 6.0 km each way. The route gains 634 m in total and tops out at 2,019 m. Hike Alberta rates it hard. Allow about 5 hours of moving time. It meets Mount Minos Route at 2.0 km, and passes two other mapped junctions. Between 4.5 km and 5.9 km a 2.0 km alternative with the same name runs beside the route. The distance and climb above follow this route only, not its branches.
- Length
- 12.0km
- 6.0 km each way
- Elevation gain
- 634m
- Estimated time
- 5h
- Moving time
- Route
- Out and back
- Highest point
- 2,019m
- Lowest point
- 1,510m
Elevation profile
1,510 m to 2,019 mHighest point 2,019 m, lowest 1,510 m, 634 m of climbing in total. Steepest sustained grade about 46% over 100 m.
Predicted coverage: 3% of route
LTE near trailhead
- Longest modelled gap
- 5.9 km
- Model
- 2024 · Natural Resources Canada
Predicted coverage is not guaranteed. It varies by carrier, terrain, weather, device and network load, and it does not guarantee emergency service.
Good for
- Hiking
- Dog friendly (on leash)
Trailhead
The trail starts at 51.6751° N, 115.4392° W.
Before you go
Carry an offline map and plan for no service in backcountry areas. Trails close for wildlife, fire, weather and construction. Check the official sources:
Nearby trails
- Wildhorse Ridge RouteHard · 5.5 km · 772 m gain · 1.0 km away
- Mount Minos RouteModerate · 7.4 km · 664 m gain · 1.6 km away
- Mount Minos South Ridge RouteHard · 13.5 km · 770 m gain · 2.6 km away
- Maze Peak RouteHard · 6.8 km · 872 m gain · 2.8 km away
- The Diamond RouteHard · 16.6 km · 1,445 m gain · 3.0 km away
- Wolf Creek Trail LoopModerate · 6.1 km · 208 m gain · 6.2 km away
All 185 trails in Kiska/Willson Public Land Use Zone
Trail data © OpenStreetMap contributors, ODbL
Elevation © Mapterhorn from NRCan HRDEM (Open Government Licence Canada) and Copernicus GLO 30