Honolua Bay - surf spot statistics

Honolua Bay is a world-class right-hand point break that thrives on consistent ground swells and favorable wind conditions. The best months for surfing here are typically from November through March, when ground swells dominate (60-81% of the time) and mean swell sizes range between 1.9m and 2.1m, peaking in December. During these winter months, the waves are powerful and well-formed, though wind conditions can be challenging, with only 32-35% of days offering good offshore or light winds. The shoulder months of October and April provide a mix of ground and wind swells, with October showing slightly better wind conditions (38% good winds) and decent swell size (1.5m). From May to September, conditions decline as wind swells take over (71-91% of the time), and swell size drops to 1.3-1.4m. While summer months see fewer ideal days due to onshore winds (59-76% bad wind conditions), September stands out with a slight improvement in wind quality (41% good winds) and a minor increase in ground swell activity (29%). Overall, experienced surfers will find the winter season most rewarding, but patience is needed to catch the best windows of clean conditions.

**Honolua Bay in March offers decent surfing conditions with a mix of size and quality, though wind impacts play a role.** The average swell height is 1.9m with a solid 11.7s period, indicating consistent, well-spaced waves. The primary swell directions are ENE, NW, and NNW, contributing to rideable waves (1.5–2.5m) 30-40% of the time, with NW swells dominating at larger sizes (11.55% at 1.5–2m, 5.59% at 2–2.5m). Smaller swells (0.5–1.5m) are frequent but less consequential. Wind is a limiting factor—only 29% of days provide ideal offshore/light-wind conditions. ENE and E winds (10–30kph) are common, creating choppiness, while calmer NNW/NW winds occasionally clean up the lineup. Overall, March delivers punchy, mid-sized waves best suited for intermediate to advanced surfers, with peak sessions depending on wind alignment and NW/ENE swell pulses.