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Florida Historical Weather and Hurricane Data
This page compiles Florida historical hurricane data and verified weather insights from NOAA, NHC, FEMA, the Florida Climate Center, and the University of Miami, helping families, businesses, and communities across Florida prepare with confidence.
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Sources include NOAA, NHC, FEMA, Florida Climate Center, and University of Miami.
Created by BNT Impact Windows & Doors, trusted across South Florida for over 100 years of combined experience.
Florida Historical Weather, Hurricane Data, and Verified Climate Records for Families, Businesses, and Communities
Florida Hurricane Season at a Glance
Atlantic Season Averages: 14 named storms, 7 hurricanes, and 3 major hurricanes.
Peak Activity: Mid-August through late September.
Official Season: June 1 through November 30.
Data Source: NOAA Hurricane Climatology
Our Hurricane Story
UNDERSTANDING FLORIDA’S WEATHER LEGACY
Florida’s location between two major bodies of water; the Gulf of Mexico and the Atlantic Ocean which makes it one of the most hurricane-exposed regions in the world.
Warm sea temperatures fuel storms, while the state’s flat terrain allows powerful wind fields to travel unobstructed across long distances.
Over the decades, scientists and emergency planners have studied these repeating weather patterns to help communities prepare better. Understanding how these systems form and move gives Floridians a crucial advantage before a storm watch or warning is ever issued.
This page relies on verified historical data and open research from:
These sources document storm frequency, intensity, rainfall, and coastal impac; the key elements that drive the Florida Building Code and modern impact-resistant construction standards.
Now that we’ve seen how Florida’s unique geography and warm coastal waters shape its climate, it’s time to look at the numbers that define its hurricane history.
From long-term temperature and rainfall trends to annual storm counts and seasonal patterns, these figures tell the story of why preparation matters every single year.
About Florida’s Climate
Florida Climate at a Glance
Florida’s year-round warmth and coastal exposure create one of the most active weather environments in North America.
Average temperatures hover between the low 70s in North Florida and the upper 70s in the southern counties. Annual rainfall averages 50 to 60 inches, keeping the state lush but also fueling tropical moisture during hurricane season.
The official hurricane season runs from June 1 through November 30, with peak activity between mid-August and late September. These dates represent the period when ocean temperatures and atmospheric conditions are most favorable for storm formation.
Average Atlantic Season Benchmarks:
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Named storms per season: 14
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Hurricanes per season: 7
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Major hurricanes (Category 3 or higher): 3
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Hurricane landfalls since 1851: More than 110, with additional since 2004 (NOAA AOML Landfall List)
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Strongest sustained wind at Florida landfall: 165 mph during Hurricane Andrew (1992) (NHC Report)
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Highest 24-hour rainfall total: 38.7 inches at Yankeetown during Hurricane Easy (1950) (NWS Report)
Together, these figures illustrate how consistent Florida’s tropical pattern has been for more than a century and why building codes and impact-resistant protection remain so vital today.
Now that we’ve reviewed Florida’s climate profile and seasonal trends, let’s step through the decades and see how major hurricanes have shaped the state’s history, its infrastructure, and its modern approach to safety.
Our Timeline
Historical Hurricane Data by Decade
Florida’s hurricane history is a century-long record of storms, data, and progress.
Each decade reveals how observation, forecasting, and preparation have evolved — from handwritten weather logs to advanced satellite models. This timeline highlights key storms that changed not only Florida’s landscape but also the way its residents study, prepare, and strengthen their communities against future hurricanes.
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1900s to 1940s
Date: Early records
Florida’s early records include the 1926 Miami Hurricane and the 1935 Labor Day Hurricane in the Keys with estimated winds over 185 mph. These events shaped the first generation of evacuation planning and public awareness. -
1950s to 1970s
Date: Forecasting improves
Satellite and radar changed storm tracking. Hurricane Donna 1960 and Hurricane Betsy 1965 brought severe wind and surge, pushing better emergency communication and building practices. -
1980s to 1990s
Date: The turning point
Hurricane Andrew 1992 struck near Homestead with sustained winds near 165 mph. The aftermath led to the unified Florida Building Code 2002 and accelerated adoption of impact windows and doors across South Florida. -
2004 to 2005
Date: Cluster of landfalls
Four hurricanes hit in one season. Charley, Frances, Ivan, Jeanne. The following year Wilma 2005 set Atlantic intensity records before impacting South Florida. Preparedness and code enforcement proved essential. -
2010s
Date: Modern readiness
Hurricane Irma 2017 affected nearly every county in Florida. Hurricane Michael 2018 reached Category 5 at the Panhandle. Homes with certified protection performed better and recovered faster. -
2020s to present
Date: Continuous learning
Hurricane Ian 2022 reshaped parts of Southwest Florida. Idalia 2023 reinforced surge risk on the Gulf side. Data from recent seasons guides stronger materials and smarter elevation choices.
Florida’s Century of Lessons
Each storm in Florida’s history has left behind data, patterns, and insights that shape the way the state prepares for the next season.
From the early handwritten logs of the 1900s to the digital forecasts of today, this collective record forms one of the world’s most complete archives of hurricane behavior.
These historical insights continue to guide engineers, meteorologists, and policy makers in strengthening codes, improving forecasting tools, and protecting coastal communities.
Understanding where we’ve been helps Florida prepare for what’s ahead. Every new storm adds to the data that keeps the state safer.
Ready to Strengthen What History Has Taught Us?
Florida’s hurricane history shows that preparation always pays off.
Whether you’re protecting your home or updating your business, it begins with knowledge and the right materials.
Schedule a free inspection or estimate today and see how modern impact protection meets Florida Building Code standards.
County-Level Impacts and Verified Studies
Each Florida county tells its own story of hurricanes, data, and resilience.
From Miami-Dade to Lee and Collier on the Gulf Coast, every region has contributed valuable information to the state’s hurricane records. These local studies and storm data are what drive the ongoing updates to the Florida Building Code and coastal preparedness guidelines.
Verified data sources:
Regional Highlights at a Glance
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Miami-Dade: Site of the 1926 Miami Hurricane and Hurricane Andrew 1992, events that shaped modern Florida Building Code standards.
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Broward: Ongoing focus on wind load and debris impact performance since Wilma 2005.
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Palm Beach: Historical records show higher rainfall and storm surge exposure along the Atlantic frontage.
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Martin and St. Lucie: Treasure Coast data from Frances and Jeanne 2004 informed flood-mapping upgrades.
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Lee and Collier: Hurricane Ian 2022 provides critical surge and recovery insights for Gulf-side communities.
These verified local findings continue to guide Florida’s coastal engineering, forecast modeling, and community preparedness.
Climate Patterns and Data Interpretation
Florida’s climate is a living record of change, motion, and resilience.
For more than a century, meteorologists and climate scientists have analyzed temperature, rainfall, and pressure anomalies to understand why certain years produce more intense hurricane seasons than others. These patterns are not random, they are shaped by ocean temperatures, atmospheric pressure systems, and the El Niño / La Niña cycles that influence storm frequency and strength across the Atlantic Basin.
What the data reveals:
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Warmer sea surface temperatures in the Atlantic correlate with increased hurricane formation and longer-lasting storms.
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La Niña phases typically bring stronger and more frequent hurricanes to Florida’s coastline.
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El Niño years often suppress storm development through increased wind shear.
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Decadal oscillations (long-term oceanic patterns) help scientists forecast future storm behavior with higher accuracy.
These insights are drawn from verified datasets including:
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NOAA Atlantic Multidecadal Oscillation (AMO) Dataset — shows multi-decade ocean temperature fluctuations that influence hurricane frequency.
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National Hurricane Center Climatological Database (HURDAT2) — details hurricane tracks, intensities, and landfall data from 1851 to present.
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Florida Climate Center – Long-Term Precipitation and Sea-Temperature Studies — analyzes rainfall and ocean temperature trends across Florida’s coastal regions to better model seasonal variability.
By studying how heat, moisture, and atmospheric cycles interact, researchers can predict seasonal risks and refine preparedness models that help communities, builders, and policymakers make informed decisions.
Now that we understand how Florida’s climate patterns shape its future risks, the next section explores the continuous monitoring and research that keeps residents and builders ahead of changing weather realities.
Why Florida Homeowners Trust BNT Impact Windows
At BNT Impact Windows & Doors, we believe that preparation starts with proven protection. For over 16 years, our team has helped homeowners, businesses, and property managers across South Florida, Palm Beach, Broward, Martin, and St. Lucie Counties strengthen their buildings with certified impact windows and doors designed to perform when it matters most.
Each installation combines engineering precision, premium materials, and hands-on local expertise to meet the latest Florida Building Code hurricane requirements. From residential homes to commercial storefronts and multi-unit condominiums, our systems are built to withstand high winds, flying debris, and pressure changes that define Florida’s storm season.
What sets BNT apart in hurricane preparedness:
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Proactive Readiness – We guide clients through year-round storm preparation, including maintenance and inspection tips to ensure long-term performance.
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Local Knowledge – We understand South Florida’s microclimates, exposure zones, and insurance expectations better than anyone.
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Complete Solutions – From consultation to final inspection, BNT provides a seamless process built on safety, reliability, and transparency.
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Energy-Efficient Engineering – Every installation not only improves storm resistance but also lowers energy costs and enhances comfort year-round.
When it comes to protecting your property, trust and experience make the difference.
BNT Impact Windows & Doors delivers both, ensuring your home or business is ready for whatever each hurricane season brings.
Our commitment to precision extends beyond installation. Every BNT project begins with a comprehensive site assessment that considers structural conditions, exposure zones, and wind-load requirements unique to each location. This attention to detail ensures that every system we install performs as engineered, providing reliable protection not only during hurricane season but throughout the year.
Ongoing Monitoring and Verified Data Sources
Florida’s weather story never stops and neither does the research behind it.
Every season, new data is collected, analyzed, and shared by scientific organizations, universities, and government agencies that monitor the Atlantic Basin.
These verified sources provide the real-time information that shapes forecasting models, building codes, and resilience planning statewide.
Key ongoing research and monitoring programs:
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NOAA National Hurricane Center – Real-Time Data and Forecasts
Tracks all active systems, sea-surface temperatures, and historical archives. -
FEMA Disaster Recovery and Open Data Portal
Offers recovery data, storm damage summaries, and funding analytics for every Florida county. -
University of Miami Rosenstiel School of Marine, Atmospheric, and Earth Science
Conducts ongoing research on coastal resilience, oceanic warming, and atmospheric behavior. -
Florida Climate Center State Climate Office at FSU
Maintains long-term records of rainfall, temperature, and tropical storm frequency. -
NASA Earth Observatory Climate and Weather Tracking
Provides satellite imagery and global data sets used to understand regional weather trends.
Together, these research networks allow Florida to continuously refine its understanding of hurricane behavior, strengthen prediction accuracy, and improve safety standards for homes and businesses.
As research advances and data grows, one truth remains constant, preparation saves lives and protects property.
In the next section, we turn this data into clarity with Quick Answers to Florida’s most common hurricane questions.
Ready to Turn Data Into Protection?
Florida’s best research means nothing without preparation.
Every NOAA chart, every NASA satellite, and every hurricane record tells the same story; knowledge protects only when acted upon.
With BNT, your next step is simple: turn science into safety with Florida Building Code–approved protection.
Schedule a free in-home or virtual estimate today and see how impact windows and doors can protect your home from the storms the data predicts.
Be Ready!
True hurricane resilience starts with preparation.
Florida Hurricane History and Weather Questions
For more seasonal guidance and expert advice, visit our BNT Blog for the latest posts on hurricane preparedness, impact window safety, and year-round protection tips.
Answers to Florida’s Most Common Questions About Hurricane Readiness
Even with the best protection in place, homeowners and businesses still have questions about how to prepare effectively. This section helps readers, as well as search engines, to find fast, trustworthy information, written with the same clarity and authority that define BNT Impact Windows & Doors.
How often does Florida prepare for hurricane season?
Every year, Florida communities, homeowners, and businesses prepare for hurricane season from June 1 through November 30. While not every area is directly hit, the entire state experiences storm impacts such as heavy rain, wind, or power outages. Preparation is statewide; not just coastal.
Which areas of Florida benefit most from hurricane preparedness?
All regions across Florida; from Miami-Dade to the Gulf Coast and the Treasure Coast, benefit from strong building codes and impact protection. Storm patterns vary by year, but every county plays a role in Florida’s resilience network.
Having impact-rated windows and doors isn’t just about where hurricanes land.
it’s about how well your home is prepared when they do.
What month is the most active for hurricanes in Florida?
September is consistently the most active month for both storm formation and landfall, followed by August and October. Historical data from the NOAA Hurricane Center confirms that this period produces the strongest and most frequent systems.
What was the strongest hurricane to ever hit Florida?
The Labor Day Hurricane of 1935 remains the most intense on record, with estimated sustained winds over 185 mph and a minimum pressure of 892 mb in the Florida Keys. Other notable storms include Andrew (1992), Charley (2004), Michael (2018), and Ian (2022).
Why do hurricanes seem to be getting stronger?
Scientists attribute the trend to warmer ocean temperatures and changes in atmospheric moisture and circulation patterns. Research from NOAA, NASA, and the University of Miami continues to track these developments to improve forecasting and building standards.
How can homeowners prepare before hurricane season?
Start with impact-rated protection that meets or exceeds Florida Building Code standards, followed by an updated emergency kit, family communication plan, and annual property inspection.
Visit our Hurricane Preparedness Page for free downloadable checklists and local resources.
How has hurricane prediction improved over the years?
Forecasting has advanced through satellite technology, computer modeling, and real-time ocean temperature tracking. Modern systems used by NOAA and NASA can now predict storm paths and intensities with far greater accuracy than in previous decades.
This progress allows for earlier warnings, targeted evacuations, and stronger building code standards designed to reduce damage and save lives.
Hurricane protection isn’t just seasonal. With BNT Impact Windows & Doors, you get year-round security, energy savings, and peace of mind. Explore these expert reads to strengthen your plan before, during, and after the storm.
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Do Impact Windows Really Lower Insurance Premiums? Florida Case Studies
See how homeowners across South Florida benefit from verified insurance discounts and long-term savings on certified impact-rated systems that pay for themselves over time.
Ultimate Guide to Maintaining Hurricane Impact Windows & Doors in FL
Keep your protection strong year after year with practical maintenance tips that enhance energy performance, storm resistance, and peace of mind.
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