Boogie
An out-and-back cross-country ski trail in Alberta, Canada.
- 2.8 mi
- round trip
- 593 ft
- climb
- 4,552 ft
- high point
- Out and back
- route
Boogie is an out-and-back cross-country ski trail in Alberta, Canada, inside William A. Switzer Provincial Park. It is 1.4 miles each way, 2.8 miles there and back. It runs between about 4,430 ft and 4,550 ft above sea level, with roughly 330 ft of climbing one way. It is mapped as a moderate route. It is groomed for classic and skate skiing. The nearest town is Hinton, about 6.9 miles west of the start. For camping, Jarvis Lake Campground and Pine Bay Campground are within about 6 miles. There are 17 other mapped trails within about 3 miles, so you can combine or extend the outing. Distances, elevations and the trail shape here come from OpenStreetMap and the Copernicus 90 m elevation model. Grooming and snow conditions change daily, so check the local trail report before you go.
Keep exploring — more snow worth the drive
Easy Rider
~0 min drive
An out-and-back cross-country ski trail in Alberta, Canada.
Snowy River
~2 min drive
An out-and-back cross-country ski trail in Alberta, Canada.
Killer 5
~2 min drive
A 3.1-mile cross-country ski trail that makes a loop in Alberta, Canada.
Jeffrey Creek Trail
~1h 17m drive
An out-and-back ski touring route in Alberta, Canada.
K-9 Loop
~2 min drive
A 2.0-mile cross-country ski trail that makes a loop in Alberta, Canada.
Highway 93A
~1h 24m drive
An out-and-back cross-country ski trail in Alberta, Canada.
Marathon
~3 min drive
An out-and-back cross-country ski trail in Alberta, Canada.
Six Pass route day 1
~1h 26m drive
An out-and-back ski touring route in Alberta, Canada.
Bus Stop loop
~13 min drive
An out-and-back cross-country ski trail in Alberta, Canada.
Valley Trail
~14 min drive
An out-and-back cross-country ski trail in Alberta, Canada.
Conditions and forecast
Daily highs and lows, wind and the chance of precipitation at Boogie for the next 7 days, from the Open-Meteo model.
Map and trail data © OpenStreetMap contributors
