Playa Las Bovedas - surf spot statistics

Playa Las Bovedas in Panama offers relatively consistent swell year-round, but the best conditions for surfing are typically found between April and October. During these months, the ground swell dominates (80-86% occurrence), contributing to cleaner and more organized waves, while wind swell remains minimal (1-4%). The mean swell size hovers around 0.6-0.7m, which is manageable for most surfers. Wind conditions improve significantly from April onward, with good wind days peaking from May to September (45-53% favorable winds), making these months ideal for surfers seeking both rideable waves and offshore or light onshore winds. The worst wind conditions occur from January to March, with bad winds affecting 75-87% of days, often creating choppy or blown-out surf. December also sees deteriorating wind conditions (75% bad winds) and a drop in ground swell consistency (64%). For the most reliable surf, target the mid-year months when ground swell persistence, manageable wave heights, and improving wind alignment create optimal surfing conditions. Early season (January-March) can still produce rideable days due to decent ground swell, but persistent onshore winds frequently compromise wave quality.

In July, Playa Las Bovedas offers generally small but clean surf with an average swell height of 0.6m and a long period of 14.3s, indicating well-organized, smooth waves ideal for surfing. The swell predominantly comes from the S to SSW (over 97% of the time), with the majority in the 0.5-1m range (62.29% SSW, 13.11% S) and occasional 1-1.5m sets (2.20% SSW, 1.57% S). Larger waves over 1.5m are rare. Wind conditions are favorable 50% of the time, with light to moderate speeds (0-20kph) from the N, NW, and NNW being most common. However, stronger winds (20-30kph+) from the NNW and NW can occasionally create choppy conditions. Overall, July provides consistent, rideable waves with good shape, best suited for longboarding or relaxed surfing, though wind variations may require timing sessions for optimal conditions.