Kraakevika seasonal overview
Best Surf Season (October – March)
As the North Atlantic shifts into high gear, Kraakevika receives its most consistent and powerful swell during the winter months. The average wave height sits around 1.4–1.6 m with periods often exceeding 10 s, driven by deep extratropical lows that spin across the Norwegian Sea. Swell from the WSW, W, WNW, and NW quadrants – all ideal for the west-north-west exposure – dominates the directional spectrum. The NAO index plays a crucial role here: a positive NAO funnels a steady stream of vigorous depressions toward Scandinavia, unleashing long-period groundswell. However, the wind can be fickle. While the data show that offshore winds from ENE, E, ESE, and SE blow only 22–27 % of the time, the combination of large swell and a light land breeze delivers some of the best conditions of the year. When the alignment is right, expect pumping, firing waves in the 1.5–2.5 m range with a hollow, powerful shape.
Fair Surf Season (April & September)
The shoulder months offer a transition between the winter roar and the summer lull. April sees the average height drop to 1.1 m and the period to 9.4 s, while September mirrors this with 1.1 m and 8.9 s. Both months record a respectable 22–24 % of ideal wind, often from the north-east or east during fair-weather setups. Swell energy is still present from the W, WSW, and NW, but the consistency drops. These are months when a passing low can resurrect a fun, rippable session, but the window can be narrow. Wind speeds tend to be lighter as well, making it easier to find a groomed wave face.
Low Surf Season (May – August)
The summer months are the leanest for Kraakevika. From May through August, average swell heights hover between 0.7 and 0.9 m, with periods under 8 s – typical of locally generated, shorter-period windswell rather than proper groundswell. The dominant swell directions shift toward NNW and NW, which are still workable but often produce a weaker, more disorganized wave. Offshore wind frequencies drop to just 15–20 %, and the most common wind directions become NE and NNE (which, while offshore, often accompany high-pressure dominance and minimal swell). The combination of small, low-period waves and frequent onshore breeze from the WSW, W, and WNW means most days are micro or groveling at best. Only the occasional summer low can deliver a brief pulse of 1 m-plus swell, but don't expect any epic sessions. This is a time for the longboard or a beach day.
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Conditions at Kraakevika in September
September: Autumn Stirrings
September is a transitional month where the North Atlantic reawakens. Average height climbs to 1.1 m and period to 8.9 s, reflecting more organized swell. The directional spread is healthy: W (18.3 %), WSW (17.1 %), NNW (17.5 %), WNW (15.5 %), and NW (14.0 %) all contribute. Wind remains a mixed bag – SW (15.3 %) and WSW (9.9 %) frequently blow onshore, but NE (9.7 %) and offshore quadrants (ENE, E, ESE, SE) total around 22 %. This is a month where the potential for a classic autumn session increases. A deep low forming in the Greenland Sea can send a long-period WNW swell, and if a ridge of high pressure builds over Scandinavia, the offshore easterly flow creates perfect conditions. Expect waves in the 1–1.5 m range with growing power and shape.
Average Spot conditions at Kraakevika in September
Swell history for September
Wind history for September
Swell quality
Analyze the groundswell consistency at Kraakevika during September. 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 Kraakevika for your next trip in September.
Ground swell
Ground swell by size
Wind conditions
Evaluate the wind and swell alignment at Kraakevika for September. 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 Kraakevika.
