Bakio seasonal overview
Best Surf Season (October - March)
The heart of the North Atlantic winter delivers the goods to Bakio from October through March. During these months, a climatological onslaught of strong extratropical cyclones churns the Bay of Biscay, generating consistent, powerful swell from the NW to NNW quadrants. Average wave heights range from 1.5m in October to a peak of 2.1m in January, with periods often exceeding 12 seconds — entering the 'powerful, long period' range. The key to quality lies in the wind: the ideal offshore component from the S to SSW blows around 27-32% of the time, sculpting clean, hollow waves along the beach. When a high-pressure ridge settles over the Iberian Peninsula and a low spins in the North Sea, the stars align for pumping, heavy, and firing conditions. This is the prime window for serious surf at Bakio.
Fair Surf Season (April, May, September)
Spring and early autumn offer a mixed bag. As the North Atlantic storm track shifts northward, April and May see average swell heights drop to 1.4m and 1.2m respectively, with shorter periods (10-11s). The swell energy is still predominantly from the NW, but it's less consistent. The ideal offshore wind percentage hovers around 22%. September marks a transition: the average height is similar at 1.2m, but period climbs to 10.3s, and ideal wind frequency rises to 26%. These months serve up fun, rippable waves on the better days, often with lighter winds and glassier mornings, but the power and consistency of winter are lacking. It's a time for groveling on smaller boards, waiting for a cold front to drop in and reignite the swell.
Low Surf Season (June - August)
Summer brings the doldrums to Bakio. Average wave heights bottom out at 1.0m from June through August, and periods shorten to 8.8-9.2s — typically average, punchy, but often weak. The predominant NW swells still roll through, but they're significantly smaller. Worse, the wind pattern is dominated by thermal breezes and the Azores High, resulting in a decrease in clean offshore conditions. Ideal wind blows only 16-18% of the time, with frequent onshore components from the N and NW that trash the wave quality. When a rare low-pressure system brushes the region, you might get a pulse of fun-size waves, but for the most part, it's micro to small and choppy. This is the low season: put away the step-up, break out the groveler, and expect to work for every ride.
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Conditions at Bakio in February
February: Steady Winter Power
February keeps the winter momentum rolling with an average swell height of 2.0m and a period of 12.8s. The swell distribution is nearly identical to January: NW dominates at 32.5%, followed by WNW (20.3%) and NNW (12.2%). The percentage of overhead waves (1.5-2.5m) is high, and a small but notable fraction (1.1%) exceeds 2.5m. Ideal wind conditions occur 27% of the time, with S (9.5%) and SSW (9.5%) being the prime offshore directions. However, a stronger westerly component in the wind (W at 8.8%, WNW at 9.9%) can introduce lumpy cross-shore chop. The Atlantic storm track remains active, with deep lows spinning southwest of Iceland and sending long-period energy straight into the Bay of Biscay. Bakio is often a standout during consistent NW groundswell trains, offering powerful, clean lines when the wind cooperates.
Average Spot conditions at Bakio in February
Swell history for February
Wind history for February
Swell quality
Analyze the groundswell consistency at Bakio during February. 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 Bakio for your next trip in February.
Ground swell
Ground swell by size
Wind conditions
Evaluate the wind and swell alignment at Bakio for February. 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 Bakio.
