Florida is one of the most hurricane-exposed states in the United States. The NOAA 1851–2024 hurricane table records 37 direct Florida hurricane hits, including 20 Category 4 and 11 Category 5 hits. The broader historical record also shows how uneven that exposure is by region and how much destruction major hurricanes can produce.
Contents
- Florida’s share of U.S. hurricanes
- Florida hurricane landfalls by category
- Direct hits by Florida region
- What city-level records show
- Major hurricanes and the twentieth-century record
- Great Miami Hurricane damage scenario
- Hurricane Andrew’s Florida impact
Florida’s share of U.S. hurricanes
Florida accounts for a large share of the country’s historical hurricane exposure. According to the NOAA AOML Hurricane FAQ, 40 percent of all U.S. hurricanes have hit Florida. That is a share of U.S. hurricanes, rather than a percentage of all storms that form in the Atlantic, and it does not mean that every part of Florida faces the same likelihood of a direct hit.
The same NOAA source reports that 60 percent of major hurricane strikes have hit either Florida or Texas. This comparison places Florida’s record in the context of the two states with especially extensive Gulf and Atlantic coastlines. “Major hurricane” is a separate intensity grouping from the total number of hurricanes, so the two percentages describe different historical sets of storms.
The NOAA table covering 1851 through 2024 lists 37 direct hurricane hits in Florida. Its category breakdown is notable: the table records no Category 1 direct hits, one Category 2 hit, five Category 3 hits, 20 Category 4 hits, and 11 Category 5 hits. These are direct-hit entries in the table, not a count of every storm whose rain, wind, surge, or tornadoes affected the state.
Florida hurricane landfalls by category
The category totals show how the 37 direct hits are distributed in the NOAA 1851–2024 table.
| Hurricane category | Direct Florida hits, 1851–2024 | Share of the 37 listed hits |
|---|---|---|
| Category 1 | 0 | 0% |
| Category 2 | 1 | About 3% |
| Category 3 | 5 | About 14% |
| Category 4 | 20 | About 54% |
| Category 5 | 11 | About 30% |
The table totals are supplied by NOAA AOML. The percentages in the final column are simple descriptions of those listed counts, rounded to the nearest whole percent. They should be read as the composition of this historical direct-hit table, not as a forecast of future landfalls or as the probability that the next Florida hurricane will reach a given category.
Category 4 and Category 5 entries together account for 31 of the 37 direct hits in the table. That concentration is one reason Florida hurricane history can look especially severe when measured by direct landfalls at high intensity. It also illustrates why a simple count of storms does not capture the difference between a lower-category hurricane and a major hurricane.
The category record is historical. It should not be interpreted as evidence that Florida cannot experience a Category 1 direct hit, nor that a future storm must resemble the category distribution recorded from 1851 through 2024. The NOAA table is a record of the period and entries it covers.
Direct hits by Florida region
The NOAA 1851–2024 table divides Florida’s direct hurricane hits among four regions. Northwest Florida recorded 14 direct hits, Northeast Florida recorded one, Southwest Florida recorded 16, and Southeast Florida recorded 17.
| Florida region | Direct hurricane hits, 1851–2024 |
|---|---|
| Northwest Florida | 14 |
| Northeast Florida | 1 |
| Southwest Florida | 16 |
| Southeast Florida | 17 |
These regional counts are geographic groupings in the NOAA table. They are not population-adjusted risk measures and do not estimate the chance of a hit for an individual city, county, or property. The four regional figures also describe direct hurricane hits, rather than every tropical cyclone impact.
Southeast Florida has the largest listed regional count at 17, followed by Southwest Florida at 16. Northwest Florida has 14, while Northeast Florida has one. The distribution shows that the historical record is not evenly spread along the state’s coastline. It also cautions against using a statewide average as a substitute for local hurricane history.
The NOAA AOML Hurricane FAQ separately identifies a direct Category 3 hit in St. Petersburg in 2024 and a direct Category 3 hit in Tampa in 2024. Those city-level entries add recent Gulf Coast context to the regional totals, but they should not be added to the 37 statewide hits as separate events without checking how the table defines and groups each entry.
What city-level records show
The NOAA AOML Hurricane FAQ provides selected city-level historical markers. On Florida’s southwest coast, Sarasota last had a Category 3 hurricane hit in 1944, and its last Category 1 hit was in 1946. Fort Myers last had a Category 3 hit in 1960, identified in the source as Hurricane Donna. Naples last had a Category 3 hit in 2017, identified as Hurricane Irma. Key West also last had a Category 3 hit in 2017, identified as Irma.
The source’s southeast Florida entries show a different mix of dates and categories. Miami last had a Category 5 hit in 1992. The source also lists Miami’s last Category 1 hit from Wilma in 2005. Fort Lauderdale last had a Category 3 hit in 1950, identified as Hurricane King, while West Palm Beach last had a Category 3 hit in 1949 and a Category 2 hit from Wilma in 2005.
Several Treasure Coast locations share a 2004 marker. Stuart, Fort Pierce, and Vero Beach each last had a Category 3 hurricane hit in 2004, identified by the NOAA source as Hurricane Jeanne. These repeated city-and-year entries describe separate location records; they should not be treated as three different hurricanes.
The central and northeast coast entries have later historical markers than some southwest locations. Cocoa last had a Category 1 hit in 1995, and the NOAA table lists no known hurricane hit there before 1900. Daytona Beach last had a Category 2 hit in 1960, with no known hit before 1880 in the table. St. Augustine and Jacksonville each last had a Category 2 hit in 1964, and the table lists no known hit for either city before 1880.
The “no known” dates are limits of the cited table, not claims that no storm could have affected those places before the stated year. They should be read as historical-record descriptions, with the measurement period and source definitions kept in view.
Major hurricanes and the twentieth-century record
A separate NOAA AOML article published with the Miami Herald hurricane material reports that Florida experienced 62 hurricanes during the twentieth century. Of those, 23 were major hurricanes. Those totals cover the twentieth century, so they are not interchangeable with the NOAA table’s 1851–2024 direct-hit count.
The same NOAA AOML source reports that major hurricanes account for more than 80 percent of storm-caused destruction even though they make up about one-fifth of landfalling tropical storms and hurricanes. This comparison describes the relationship between storm intensity and destruction in the source’s historical discussion. It does not say that more than 80 percent of all Florida hurricane landfalls are major hurricanes.
The twentieth-century figures provide two useful measurements: the number of hurricanes in that century and the subset classified as major hurricanes. The 62-hurricane total is larger than the 23-major-hurricane total because major hurricanes are a subset of hurricanes. Neither number is a current-season forecast, and neither should be extended automatically to the twenty-first century.
Great Miami Hurricane damage scenario
The NOAA AOML Hurricane FAQ uses a normalized comparison to illustrate the potential scale of a major South Florida disaster. It reports that the 1926 Great Miami Hurricane would be expected to cause more than $70 billion in South Florida if it hit in the mid-1990s. The source also says that the same normalized scenario would add another $10 billion in damage in the Florida Panhandle and Alabama.
These figures are scenario estimates, not the original dollar loss from 1926 and not a forecast of a future storm’s bill. The measurement is explicitly tied to a hypothetical mid-1990s comparison, and the second figure includes the Florida Panhandle and Alabama rather than Florida alone. Keeping those boundaries visible matters when comparing the two amounts.
The scenario also shows why historical damage figures need a stated reference period. A dollar amount from 1926, an estimate normalized to a mid-1990s setting, and a modern loss total would answer different questions. The NOAA wording supports the normalized scenario described here, not an unstated conversion to another year.
Hurricane Andrew’s Florida impact
NOAA’s Hurricane Andrew report records a concentrated human and housing impact in Florida. Andrew caused 15 deaths in Dade County alone and left as many as one-quarter million people temporarily homeless there. The report also records 25,524 homes destroyed in Florida and 101,241 homes damaged in the state.
The distinction between destroyed and damaged homes is important. The destroyed-home figure is a subset of the report’s more severe housing outcome, while the damaged-home figure is a broader total. Neither number should be presented as the number of households affected overall, because the report separately describes temporary homelessness in Dade County and the housing counts for Florida.
NOAA’s report places Andrew’s U.S. damage at $25 billion and describes it as the most expensive natural disaster in U.S. history at the time. That dollar figure is a U.S. total, not a Florida-only total. The historical qualifier “at the time” is part of the source’s description and should not be rewritten as a present-day ranking.
Together, the Andrew figures connect statewide housing losses with a county-level death and displacement measure. They also show why hurricane statistics are best read with geography and measurement type attached: Dade County deaths, Florida homes, temporary homelessness in Dade County, and U.S. damage are four different scopes within the same NOAA report.