Saamis Rotary Park Trail
Near Medicine Hat · Medicine Hat
Trail score 22 out of 100, from popularity, scenery and trail quality
About this trail
Saamis Rotary Park Trail is a 1.0 km out and back trail near Medicine Hat. It runs 0.5 km each way. It is close to flat, staying between 723 m and 727 m. Hike Alberta rates it easy. Allow about 15 minutes of moving time. It meets Sierra Boulevard Trail at 0.2 km. Three side branches with the same name split off the route, at 0.2 km and 0.4 km. The map also shows a separate section with the same name that is not part of this route. The distance and climb above follow this route only, not its branches. Also used for walking.
- Length
- 1.0km
- 0.5 km each way
- Elevation gain
- 3m
- Estimated time
- 15min
- Moving time
- Route
- Out and back
- Highest point
- 727m
- Lowest point
- 723m
Elevation profile
723 m to 727 mHighest point 727 m, lowest 723 m, 3 m of climbing in total. Steepest sustained grade about 2% over 100 m.
Predicted coverage: 100% of route
0% LTE · 100% 5G
- Longest modelled gap
- 0.0 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, Walking
- Dog friendly (on leash), Kid friendly
Trailhead
The trail starts at 50.0008° N, 110.6877° 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
- Seven Persons Coulee TrailEasy · 1.2 km · 9 m gain · 0.2 km away
- Sierra SW Blvd TrailEasy · 1.4 km · 6 m gain · 0.2 km away
- South Ridge TrailEasy · 3.4 km · 12 m gain · 0.4 km away
- Sierra View Park TrailEasy · 1.6 km · 6 m gain · 0.4 km away
- Sierra Coulee TrailEasy · 4.5 km · 24 m gain · 0.5 km away
- Sunwood Park TrailEasy · 1.4 km · 10 m gain · 0.5 km away
All 167 trails in Medicine Hat
City of Medicine Hat open data
Elevation © Mapterhorn from NRCan HRDEM (Open Government Licence Canada) and Copernicus GLO 30