J2Ski USA J2Ski logo
Facebook

Manning Park Snow Forecast - 12th April 2026

Manning Park Snow Report and Forecast

GEM
GFS

PROSubscribe to Switch Weather Model

Updated 11 April 2026 23:41 PDT

Snow Forecast for Manning Park

Snow and Weather from 12 April.

For Forecast detail, see below.

Manning Park Snow Forecast Highlights

When will there be fresh snow in Manning Park?

Manning Park Snow Forecast Highlights - GEM
Snowfall prediction at mid-mountain (3,937ft)
Next Snow?
There is no snow currently in the forecast for Manning Park.

Forecast for today in Manning Park

Max 48°F
Min 34°F

Valley temperatures from an overnight low of 34°F to daytime highs around 48°F

Temperature at BaseTemp at Base

Sun
12

Snow unlikely

CloudCloudCloudMixed

Cloudy early, then clear spells later.

Forecast times for Manning Park are in Edmonton (Canada/Mountain) time zone.

Partner Offers

Manning Park 7-Day Snow Forecast Overview

Get this snow forecast by e-mail

Summary Weather and Snow Forecast for Manning Park from OpenMeteo(GEM)
Sun
12
Mon
13
Tue
14
Wed
15
Thu
16
Fri
17
Sat
18
Wind
3,937ft
48°F
Cloud
40°F
Cloud
38°F
Mixed
36°F
Clear
42°F
Clear
43°F
Mixed
50°F
Fair
3,937ft
48°F
Cloud
40°F
Cloud
38°F
Mixed
36°F
Clear
42°F
Clear
43°F
Mixed
50°F
Fair
3,937ft
48°F
Cloud
40°F
Cloud
38°F
Light Snow
36°F
Clear
42°F
Clear
43°F
Mixed
50°F
Fair
Snow Line

3,937ft

3,937ft

3,937ft

Max Town48°F40°F38°F36°F42°F43°F50°F
Min Town34°F32°F31°F17°F23°F26°F23°F

This table shows the average forecast snowfall, the maximum temperature, and expected general weather at resort, lower and upper mountain levels. For daily forecast details, see below.

Snow Reliability

Manning Park typically enjoys reliable snow conditions, with an average snowfall depth ranging from 2 to 3 meters. For the latest snow information, check J2Ski for updates on conditions and snowmelt.

Understanding and predicting Snow Conditions in Manning Park

Here are our tips for making the most of a trip to Manning Park, with the help of the J2Ski Snow forecasts and reports. You can find some great skiing in Manning Park, but like any mountain, snow conditions change throughout the season, from day to day, and even from hour to hour.

Whether you’re sticking to the marked pistes or venturing off-piste, here’s what you need to know:

Pistes (Groomers) or Off-Piste

These can be a world apart, regarding snow conditions, even ignoring the difference between the natural terrain features to be found off-piste and the generally controlled surfaces and slopes of a pisted (groomed) run.

  • Piste Conditions can range from fresh powder to firm, icy surfaces, particularly after warm spells or a busy day on the mountain with the passage of many skiers.
  • Off-Piste Conditions are far more variable. Wind and sun can quickly transform fresh snow into wind crust or slushy layers, whilst cold weather can preserve stashes of powder many days after a snowfall.

WARNING - skiing off-piste (out-of-bounds) at Manning Park is uncontrolled and un-marked slopes are not made safe (from avalanche risk) or patrolled. Always check local advice, know the Avalanche Risk Level, ski with safety kit (and know how to use it), and never ski alone.

Analyzing Weather and Snowfall Forecasts

Whilst no forecast can tell you exactly how snow conditions in Manning Park will develop, checking the forecast regularly should give you an idea of what to expect.

New snowfall can bring fresh powder and refresh the surfaces of pisted runs. Powder can be tracked out quickly at busy times, but in less crowded and shaded areas, fresh snow can linger for days.

Changes in weather conditions, such as milder temperatures, rain or wind, can degrade snow quality. Conversely, cold, stable weather can preserve conditions for extended periods.

Predicting Future Snow Quality

Regularly check our snow and weather forecasts for Manning Park for changes that may affect snow quality. Forecast snowfall depth and recent snowfall are good indicators of what to expect.

Use historical data and recent snow reports to understand past snow conditions and anticipate future changes.