SURF QUALITY KEY(for our daily summary, not map above)
BLUE – Flat or Poor Surf
PURPLE – Mediocre to Good Surf
ORANGE – Good to Really Good Surf
GREEN - Epic Surf
RED - Victory at Sea
Updated by Dr. Fresh on December 07, 2022
Lake Michigan Surf Forecast
An area of weak low pressure will pass by south of the lake heading into the first part of the weekend. This will enhance easterly flow over the lake. Biggest waves look to be on Friday along the Illinois and Wisconsin lakeshore. After that... fairly quiet through Sunday. A stormier pattern looks to reload as we head into next week.
ENE wind 5 to 15 knots. Waves 1 to 2 feet.
E wind 10 to 20 knots with gusts to 25 knots. Waves 3 to 5 feet.
E wind 10 to 20 knots. Waves 2 to 4 feet.
NW wind 10 to 15 knots. Waves 1 to 3 feet.
GREAT LAKES SURF FORECASTING
First thing's first: want to go really deep into Great Lakes wave forecasting? Scroll to the bottom of this page for the recorded webinar held live in our shop.
While predicting waves on most ocean coasts has become a science of its own, with countless surf reports, surf-specific web cams, and detailed forecasts, surf forecasting in the Great Lakes is in its relative infancy. To put it bluntly; you have to work at it. Fortunately, there are now numerous resources available, mostly via the World Wide Web. Read on for a look into surf forecasting on the Great Lakes.
Finding waves is easy. Finding good waves is the challenge.
What makes waves? It's simple: wind. We need wind to make waves, but we also need a good stretch of water for the wind to blow over to produce those waves. That brings us to something called fetch - the length of water the wind is blowing over. Look at any beach on a map and find the longest amount of fetch connected to the beach, and that will tell you what wind direction you need to make waves at that beach. And, keep in mind that a stated wind direction means the wind is coming from that direction (a north wind blows from the north to the south).
Some beaches get waves from many directions, but the above example would theoretically build the biggest waves. The size of the waves depends on factors such as wind speed, wind direction, wind duration, the amount of fetch, and the bottom contours over which the waves are breaking; but the fetch is probably the most important factor. An example? If you were in New Buffalo, on southern Lake Michigan, a west wind (blowing from Chicago to New Buffalo) only has about 50 miles of fetch, but a north wind (blowing from the Upper Peninsula) has about 300 miles of fetch - which wind direction do you think produces bigger waves in New Buffalo?
Assembled here are some of the most functional and easy-to-use online tools for finding waves in the Great Lakes. Included are wind maps, wave models, and other relevant links that can be found in any serious lake surfer's online arsenal. Read the description for each, then dive in and start to get to know them. Your reward? Good, uncrowded waves that even an ocean surfer would be stoked to find.
- iWindsurf - Simple, trusted wind forecasting source for all of the Great Lakes
- Great Lakes Coastal Forecasting System (GLCFS) - A color coded, 5-day wind map for all of the Great Lakes.
- Sailflow - Another functional wind forecasting tool for all of the Great Lakes.
- Great Lakes Coastal Forecasting System (GLCFS) - A color coded, 5-day wave map for all of the Great Lakes.
- Western Great Lakes Buoys - Click on a buoy or weather station for current wind and wave data.
- Eastern Great Lakes Buoys - Click on a buoy or weather station for current wind and wave data.
- Great Lakes Observing System - Click on a buoy or weather station for current wind and wave data.
- Coastwatch (Michigan : Superior : Huron : Erie : Ontario) - Click your lake for current water temps.
- Great Lakes Ice Coverage - Click the link for the date you're looking for.
LIVE LOCAL WEBCAMS
- New Buffalo - A live video feed from New Buffalo, Michigan
- Silver Beach, St. Joseph - A live video feed from Silver Beach in St. Joseph, Michigan.