Conditions at St. Peter-Ording in January
January: The Heart of Winter
January is the heart of winter at St. Peter-Ording. The average swell height reaches 1.2m (4ft) and the average period stretches to 6.0s-the most energetic month of the year alongside December. The swell distribution is heavily weighted toward the W/NW quadrant: WSW accounts for 15.2%, W for 14.7%, WNW for 11.9% and NW for 10.2%. Around one in four swells reaches 1.5m (5ft) or bigger, with the largest waves coming from WSW through WNW as extratropical lows march across the North Sea.
The problem is wind. Southwesterlies (11.7%), WSW (10.4%) and W (8.1%) dominate, all of which are directly onshore at this west-facing beach. The offshore ENE-SE quadrant is present only about 19% of the time, and truly ideal surf wind sits at just 3%. The average 6.0s period means most waves are local and wind-driven-punchy but often sectiony.
When a Scandinavian high meets a low in the North Atlantic, the wind turns easterly and the W/NW swell cleans up. On those precious January days, St. Peter-Ording can produce solid, rippable 3-5ft (0.9-1.5m) waves in freezing air and 3.6°C water. Dry suits are non-negotiable, and with 2.76mm/day of precipitation, you will earn every session.
Average Spot conditions at St. Peter-Ording in January
Swell history for January
Wind history for January
Swell quality
Analyze the groundswell consistency at St. Peter-Ording 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 St. Peter-Ording for your next trip in January.
Ground swell
Ground swell by size
Wind conditions
Evaluate the wind and swell alignment at St. Peter-Ording 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 St. Peter-Ording.