Pigsty seasonal overview
Best Surf Season (October - March)
The North Atlantic roars to life during these months as the polar jet stream strengthens and deepens, dragging a conveyor belt of powerful extratropical cyclones across the Norwegian Sea. Average swell heights climb from 1.3m in October to a peak of 1.6m in January, with periods regularly pushing into the 8-9s range. The dominant swell directions – WSW, W, WNW, and NW – align perfectly with Pigsty's west-northwest exposure, delivering consistent, groomed lines. Offshore winds from the east-northeast through southeast quadrant (ONO, O, OSO, SO) occur in the wake of passing lows, often under clearing skies. Despite a relatively low ideal wind frequency (11-15%), the combination of ample swell and occasional clean windows makes this the prime window for Pigsty's pumping, heavy, and firing waves.
Fair Surf Season (April & September)
April and September represent transitional months where the clash of spring and autumn patterns yields mixed results. In April, the average swell drops to 0.9m with a period of 7.5s as the storm track weakens. However, a high percentage of swell still arrives from the optimal W-NW directions (over 50%), offering fun-sized, rippable waves on the better days. September sees a slight uptick to 1.0m and 7.1s, with the first autumn lows beginning to rekindle the Atlantic. Ideal wind frequency hovers around 9-12%, meaning patience and a keen eye on the forecast are required to catch the windows when light offshore flow aligns with solid, long-period swell.
Low Surf Season (May - August)
From May through August, Pigsty enters a deep slumber. The North Atlantic high-pressure system dominates, suppressing storm activity and delivering average swell heights of just 0.7-0.8m and periods below 7s. The majority of swell arrives from the NW and W, but at small, groveling sizes (mostly under 1.5m). Onshore winds from the west and northwest are prevalent due to thermal gradients, and ideal offshore winds become scarce (only 6% frequency in June, July, and August). While the occasional WNW groundswell might sneak in, the combination of weak, short-period swell and unfavorable wind makes this period largely one for longboarders or travelers seeking more consistent waves elsewhere.
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Conditions at Pigsty in January
January: The North Atlantic Unleashed
January is the peak of winter in the Norwegian Sea, with an average swell height of 1.6m and an average period of 8.4s. The dominant swell directions – W (13.3%), WNW (11.1%), NW (11.2%), and WSW (11.0%) – collectively account for nearly half of all wave energy, all of which are in the optimal window for Pigsty. This means that whenever a low-pressure system spins up, Pigsty is the first to feel the brunt of powerful, 10-14s long-period swell that can quickly become pumping and heavy (1.5-2.5m). However, the wind tells a more challenging story: ideal offshore flow from the ENE-E-SE quadrant occurs only 12% of the time, with the dominant winds coming from the S-SE (often too southerly) or from the NW-NNW (directly onshore). The frequent onshore winds from WSW to NW can quickly chop up the clean lines. When a high-pressure ridge sets in behind a cold front, delivering crisp, easterly flow, the wave quality skyrockets, offering bre, firing barrels and rippable walls.
Average Spot conditions at Pigsty in January
Swell history for January
Wind history for January
Swell quality
Analyze the groundswell consistency at Pigsty 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 Pigsty for your next trip in January.
Ground swell
Ground swell by size
Wind conditions
Evaluate the wind and swell alignment at Pigsty 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 Pigsty.
