Snowboarding in Ski Mont Orford, Orford, Quebec Canada

Vertical drop:
589 m/1932 ft
Base Elevation:
261 m/856 ft
Top Elevation:
850 m/2790 ft
Mont Orford is a mountain, ski resort and a provincial park in the Eastern Township of Quebec, Canada. It is a place, which is always busy, thanks to its easy access from Montreal and Magog. The ski resort consists of three summits: Mont Giroux, Mont Orford and Mont Alfred Desrochers. This place has a lot of points in its favor. So, if you visit this area, it is sure that you will never get bored.

Providing a variety of summer and winter activities, breathtaking views, amazing natural beauty and a lot of adventure, this place is all you need for your best vacations. If you want to get in touch with the snow environment and have fun in all fields, visit Mont Orford during winter season and perform your best snowboarding ever.

Mont Orford offers a vertical drop of 589 m/1932 ft, a base elevation of 261 m/856 ft and a top elevation of 850 m/2790 ft. Here snowboarding can be enjoyed by both experts and amateurs, as the 61 trails are tailored to cover all levels of difficulty.

With 33% of trails being for beginners, 26% for intermediate snowboarders, 13% for advanced snowboarders, Mont Orford gives you everything you need for an exciting activity. As far as expert snowboarders are concerned, 28% of trails are available. All trails are formed by 85% of snow-making. You also find 9 lifts, 1 gondola, 2 quad chairs, 1 triple chair, 1 double chair and 4 surface lifts.

For beginners, a school is available to teach them how to enjoy their best snow activity. Unfortunately, there is no access for disabled persons. For those who want to enjoy an activity as a group, they should first make a reservation.

So, take all the time you need and visit Mont Orford as soon as possible. Services like free outdoor parking, rental shops, picnic area and vending machines are available in Mont Orford. After an adventurous day, you can continue enjoying yourself exploring the natural beauty of this area.