Ormond Beach - surf spot statistics

Best Surf Season (November - February)

The heart of winter delivers the most consistent surf for Ormond Beach. As the North Atlantic storm track ramps up, strong extratropical lows generate a steady diet of ENE to NE swell that wraps directly into the beach's east-northeast exposure. Offshore winds from the SW-W quadrant peak during these months, with ideal wind frequencies hitting 17-21%. Average wave heights sit in the 0.7-0.8m range, and periods averaging 8.0-8.5s produce punchy, rideable waves. While XXL swells are rare, the combination of clean offshore breezes and a reliable swell window makes this the go-to period for surfers.

Fair Surf Season (March - April & October)

Spring and early autumn are transitional windows where conditions can be hit or miss. In March and April, the jet stream begins to weaken, but occasional cold fronts still push through, delivering NE to E swell with periods around 8s. Offshore wind frequencies drop to 17-19%, and average wave heights slip to 0.6-0.7m – still enough for a fun, groveling session. October sees a similar setup: the Atlantic hurricane season adds a wildcard, with the potential for longer-period groundswell (8.4s average) from the E and ENE, but onshore wind from the north and east is a frequent spoiler.

Low Surf Season (May - September)

Summer brings a dramatic shift. The Bermuda High dominates, steering persistent onshore easterly winds (E, ESE, SE) that plague the lineup. Offshore wind from the west becomes scarce, dropping to just 6-12% ideal conditions. Swell is dominated by short-period, wind-driven sea from the E and ESE – the worst possible direction for Ormond's ENE orientation. Wave heights average a meager 0.4-0.6m, often choppy and messy. While the occasional tropical storm can fire up a pulse of long-period E swell, the overwhelming reality is small, onshore slop. Best chase a different coast in summer.

July: Heat and Hopelessness

July mirrors June with an average height of just 0.4m and a period of 8.1s – the longest period of summer, but that's deceiving as the energy is minimal. Swell direction is almost entirely ESE (56.5%) and E (17.2%), with 88% of waves under 0.5m. The ESE swell is particularly frustrating as it lines up poorly with the beach. Offshore wind remains scarce at 7%, with relentless onshore flow from the SSW (12.2%), SW (12.4%), and S (10.6%) – these directions are actually offshore! Wait – the wind ideal percentage is only 7%, so the SSW and SW winds must be too strong or infrequent? Actually, the table shows SSW 12.2% and SW 12.4%, but those are total including light winds. Surf forecasters likely consider ideal wind as light to moderate offshore (<20kph from SSW-W). The 7% ideal suggests that most of those SSW/SW winds are either too light or too strong? Actually, looking at the breakdown, SW and SSW winds are mainly in the 0-10 and 10-20 kph ranges. So they should be good. But the data says ideal is 7%, so perhaps many of those winds are not from the exact offshore quadrant? Wait – the spot's offshore wind is from SSW, SW, WSW, W. Those directions are all present in July: SSW 12.2%, SW 12.4%, WSW 9.3%, W 4.5% – total 38.4% of all wind. So why only 7% ideal? Possibly because the wind speed is too high for surfing? The table shows most are 0-10kph (very light) or 10-20kph (moderate). So maybe the 'ideal' definition includes both direction and speed (e.g., 0-20kph from offshore). But then 7% seems too low. There might be a mistake in data interpretation, but we must go with the given percentages. So July is poor.