Lanuza - surf spot statistics

Lanuza in the Philippines offers surfable waves year-round, but the best conditions typically occur from September to April, with peak months being October through December. During these months, the swell is more consistent, with ground swell making up a higher percentage—especially in October (40%) and September (35%). The mean swell size is also more favorable, ranging from 1.1m in October to 1.9m in December, providing better wave quality for intermediate to advanced surfers. Wind conditions, however, are less ideal during this period, with bad winds prevailing (40-90%). The worst wind interference is from November to March, when unfavorable winds exceed 75%. From May to August, wind conditions improve significantly, with good winds peaking at 62% in August. However, swell size drops considerably (down to 0.7m in July), and wind swells dominate, making the waves less powerful and more choppy. September and October stand out as the best compromise between decent swell size (0.8-1.1m) and manageable wind conditions (40-60% bad winds). For surfers prioritizing wave quality, late September to early December is the prime window, despite the higher likelihood of onshore winds. If consistent offshores are a priority, May to August offers cleaner but smaller waves, though they may lack the punch desired by experienced surfers.

October in Lanuza offers solid surfing conditions with a consistent swell averaging 1.1m and a healthy period of 10.2s, ensuring well-formed waves. The dominant swell direction is from the northeast (NE, NNE), contributing the majority of rideable waves, particularly in the 0.5–1.5m range, with occasional sets up to 2.5m. Cross-shore or light onshore winds prevail 48% of the time, making conditions favorable, while stronger winds are rare and mostly below 20kph. Expect clean, manageable surf with good shape, though occasional wind-affected sessions may occur. Overall, October is a reliable month for intermediates and advanced surfers, with a high likelihood of scoring quality waves.