La Ticla - surf spot statistics

La Ticla, Mexico, is a consistent surf spot with reliable ground swells year-round, making it a great destination for surfers. The best months for surfing are typically from November to February, when the swell is slightly smaller but more manageable (1.1m to 1.2m) and the wind conditions are most favorable, with good wind percentages peaking at 57 in December and 55 in November. These months offer clean waves with minimal wind interference. From March onward, the swell size gradually increases, peaking around September at 1.7m, but the wind conditions deteriorate, with bad winds becoming more frequent, especially from April to September (reaching up to 67 in May). June to September still deliver powerful waves but are less ideal due to higher wind interference. October marks a transitional period, with improving wind conditions (49 good wind percentage) and slightly smaller swells (1.5m), making it a decent alternative. Overall, winter months (November to February) provide the best balance of manageable swell size and cleaner wind conditions, while summer and early autumn offer larger but more inconsistent waves with less favorable winds.

In May, La Ticla offers solid surf conditions with a consistent average swell height of 1.5m and a favorable long-period energy of 15.1s. The swell predominantly arrives from the SSW direction (accounting for the largest share of waves in the 1-2.5m range), providing well-organized, powerful waves ideal for experienced surfers. The S and SW swells also contribute, though less frequently. Wind conditions are variable, with only 33% of the time being ideal for surfing—typically when winds are light (below 20kph) and offshore. The majority of winds come from the WNW and NW, often bringing onshore breezes that can create chop, especially in the afternoons. Early mornings or days with lighter NW/W winds will offer the best window for clean, ridable waves. Overall, May delivers consistent swell but requires timing sessions around wind conditions for optimal performance.