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Top Questions

What was the strongest Atlantic hurricane in history?

How does atmospheric pressure affect hurricanes?

What hurricane was the most recent to be listed among the strongest in the North Atlantic?

Intense winds and heavy rain are the hallmarks of hurricanes—powerful and destructive storms that form primarily over the North Atlantic Ocean and rank among the most costly and deadly natural disasters in the United States. Less recognized is the role that low atmospheric pressure plays in generating these catastrophic winds and torrential rain.

When atmospheric pressure drops, air rises quickly. When this happens over the tropical ocean, it pulls in warm, moist air from the surface. This warmth and moisture can fuel a hurricane, intensifying its winds and rain. As the air pressure continues to fall at the storm’s calm center (the eye), the difference between that pressure and the pressure at the center’s outer edge (the eyewall—the most dangerous and destructive part of a hurricane) grows. The greater that difference, the faster the air rushes toward the center—intensifying the storm. This is why meteorologists use minimum central atmospheric pressure readings to compare the strengths of hurricanes.

The table below lists the strongest North Atlantic hurricanes, ranked by their lowest recorded central pressure. The most recent hurricane to make the list is Hurricane Melissa, which made landfall on the island of Jamaica in October 2025.

Strongest Atlantic Hurricanes
rank hurricane name (location) year maximum category maximum sustained wind speed minimum central pressure
Data source: National Oceanic and Atmospheric Administration, “Historical Hurricane Tracks,” 2025.
1 Wilma (Quintana Roo state, Mexico; southern Florida) 2005 5 160 knots (184 miles [296 km] per hour) 882 millibars
2 Gilbert (Martinique; Dominican Republic; Jamaica; Quintana Roo state, Mexico) 1988 5 160 knots (184 miles [296 km] per hour) 888 millibars
3 Melissa (Jamaica; Cuba; southern Bahamas; Bermuda) 2025 5 165 knots (190 miles [306 km] per hour) 892 millibars
3 Labor Day (southern Bahamas; Florida Keys; northern Florida; southern Georgia) 1935 5 160 knots (184 miles [296 km] per hour) 892 millibars
5 Rita (southwestern Louisiana; eastern Texas) 2005 5 155 knots (178 miles [286 km] per hour) 895 millibars
5 Milton (central Florida) 2024 5 155 knots (178 miles [286 km] per hour) 895 millibars
7 Allen (Barbados; Saint Lucia; southern Texas) 1980 5 165 knots (190 miles [306 km] per hour) 899 millibars
8 Camille (western Cuba; southern and central Mississippi; southeastern Louisiana) 1969 5 150 knots (173 miles [278 km] per hour) 900 millibars
9 Katrina (southern Florida; southeastern Louisiana; southern Mississippi) 2005 5 150 knots (173 miles [278 km] per hour) 902 millibars
10 Mitch (northern Honduras) 1998 5 155 knots (178 miles [286 km] per hour) 905 millibars
10 Dean (Martinique; Saint Lucia; Quintana Roo, Campeche, Veracruz, and Hidalgo states, Mexico) 2007 5 150 knots (173 miles [278 km] per hour) 905 millibars
12 Andrew (northern Bahamas; southern Florida; southern Louisiana) 1992 5 150 knots (173 miles [278 km] per hour) 922 millibars
13 unnamed (Dominican Republic; Haiti; Cuba; southern Texas) 1886 4 130 knots (150 miles [241 km] per hour) 925 millibars
14 unnamed (southern Bahamas; southern Texas) 1919 4 130 knots (150 miles (241 km) per hour) 927 millibars
15 unnamed (Guadaloupe; Turks and Caicos; Puerto Rico; The Bahamas; Florida; southern South Carolina) 1928 5 140 knots (161 miles [259 km] per hour) 929 millibars