Conditions at Kincardine in January
January: Deep-Winter Slop and Occasional Power
January is the heart of the Great Lakes storm season, and Kincardine sees its average swell height push toward 4ft (1.3m) with an average period of 5.0s. The wave rose is dominated by NNW (14.6%) and NW (11.6%) swell, with solid showings from W (8.8%) and WNW (9.1%), meaning the exposed west-northwest orientation catches a good share of the available energy. Most of that energy, however, is short-period windswell, so conditions are often lumpy and onshore. The wind tables tell the story: westerly and northwesterly winds blow straight into the beach, while the preferred offshore directions from ENE, E, ESE and SE combine for only about 12% of all wind, with just 4% actually ideal for surfing.
Arctic air keeps the average temperature at -2.9°C with precipitation of 1.89 mm/day, so expect serious cold, possible ice and a thick winter wetsuit. Water temperatures are near freezing, and the best windows come when a reinforcing high-pressure wedge pushes east or southeast wind across the lake after a strong frontal passage, momentarily cleaning up the leftover west-northwest swell. Those are the rare January sessions where 3-5ft (1-1.5m) waves can actually line up.
Average Spot conditions at Kincardine in January
Swell history for January
Wind history for January
Swell quality
Analyze the groundswell consistency at Kincardine during January. Based on historical data, there is a % probability of groundswell occurring this month. The chart below provides a detailed breakdown of the average wave height distribution, offering deep insights into the swell quality and surf potential you can expect at Kincardine for your next trip in January.
Ground swell
Ground swell by size
Wind conditions
Evaluate the wind and swell alignment at Kincardine for January. Our analysis shows that favorable offshore or side-shore winds coincide with surfable swell approximately % of the time. The accompanying graph illustrates the average size distribution of waves during these optimal wind windows at Kincardine.