Zonte - surf spot statistics

Zonte in El Salvador offers consistent surf conditions year-round, with a dominant ground swell nearly every month, minimal wind swell interference, and rare flat spells. The best months for surfing here are typically March through September, when the mean swell size peaks between 1.1m and 1.5m, providing powerful and well-formed waves. April stands out with 100% ground swell presence and a solid 1.2m average size, though wind conditions are slightly less favorable, with only 45% good wind days. September delivers the largest waves (1.5m) but retains the same wind challenges as most months. From November to February, the swell drops slightly to around 0.9–1.1m, still surfable but less powerful. Wind conditions improve marginally in November (49% good wind days) but remain inconsistent overall, with bad winds prevailing more than half the time. If you prioritize wave size and consistency, the mid-year months are ideal, though you’ll likely contend with onshore winds. For slightly cleaner conditions, November offers a balance of decent swell (1.1m) and the best wind odds (49%), though it’s still a toss-up. Overall, Zonte is a reliable spot for surfers who can handle variable winds and prefer a strong ground swell.

March at Zonte delivers consistent surf with a solid mix of swell size and favorable winds. The average swell height is 1.1m, paired with a healthy 14.4s period, ensuring well-spaced, powerful waves. The swell direction is predominantly from the south-southwest (SSW), making up the majority of surfable conditions—especially in the 1-1.5m range (51.41% occurrence). The S and SSE swells also contribute, though smaller in comparison. Wind is a key factor here, and 47% of the time it’s ideal for surfing, typically light (under 20kph) and often from the NE to SSE, keeping conditions clean. Stronger winds (>20kph) are possible but less frequent, mostly from NNE or NE. Overall, March offers reliable waves with good shape and enough consistency for advanced surfers, though wind variations may require timing sessions for optimal glassy conditions.