Hurricane Risk in Palm Beach, FL: What the Real Storm Record Shows

2004: Two Major Hurricanes in Three Weeks

Hurricane Frances made landfall near Sewall's Point, Florida, on September 5, 2004, with its southern eyewall reaching into the extreme northeast portion of Palm Beach County. A preliminary damage estimate for Frances across south Florida totaled $620 million, of which roughly $500 million was attributed to the Palm Beach area, alongside roughly $80 million in Broward and $34 million in Miami-Dade, per National Weather Service-referenced reporting. Florida Power & Light reported power outages affecting 659,000 customers in the Palm Beach area during the storm. This page states that $500 million figure as reported -- at the Palm Beach-area level of the source reporting, not confirmed as an isolated Town-of-Palm-Beach-only total.

Three weeks later, Hurricane Jeanne struck Florida roughly 38 miles north of Palm Beach with 120 mph winds on the night of September 25 into September 26, 2004 -- an unusually tight repeat strike on a region still cleaning up from Frances. A preliminary southeast Florida damage estimate for Jeanne totaled $330 million, of which roughly $260 million was attributed to the Palm Beach area. Widespread downed trees and power outages lasting multiple days were reported in the storm's aftermath. Two major hurricane impacts in a single three-week window in September 2004 is a real, documented fact about this region's exposure during an active Atlantic hurricane season, not an exaggeration for effect.

2005: Hurricane Wilma's Eye Passes Directly Overhead

Hurricane Wilma struck on October 24, 2005, approaching from the southwest with 105 mph winds while moving quickly northeast across the Florida peninsula. Unlike Frances and Jeanne, Wilma's eye passed directly over the Palm Beach area, per National Weather Service and Wikipedia-documented reporting on the storm's effects in Florida. The result was moderate roof damage to many buildings, downed signs throughout the area, and widespread toppled trees. Across Palm Beach County as a whole, roughly 55,000 residences and 3,600 workplaces reported some degree of storm damage -- again, a countywide figure, not isolated to the Town of Palm Beach specifically, though the town sits squarely within the area the eye crossed.

Wilma is a useful storm to understand for anyone evaluating Palm Beach hurricane risk specifically because a direct eye passage is a meaningfully different (and often less catastrophic in raw wind-damage terms, though still serious) experience than a glancing eyewall strike -- the most extreme winds of a hurricane are concentrated in the eyewall, and a location under the calm eye itself briefly experiences a lull before the opposite eyewall arrives. This page does not extrapolate a specific 'what a direct hit means for Palm Beach' risk model beyond noting Wilma's documented direct-eye track and its confirmed, real, widespread-but-moderate damage pattern across the county.

2017: Hurricane Irma and the Post-Wilma Gap

Hurricane Irma, in September 2017, was the first major (Category 3 or higher) hurricane to make landfall in South Florida since Wilma in 2005 -- a twelve-year gap between major-hurricane landfalls in the region, a real and relevant fact for understanding how storm frequency actually plays out over time versus the popular perception of an annual direct-hit risk. From north of Fort Lauderdale through the Palm Beaches, beachfront inundation generally ran 1 to 2 feet during Irma, alongside widespread tree and fence damage. Power outages were severe and broad: over three-quarters of electrical service customers across South Florida lost power, many for close to a week.

Irma is a useful data point for understanding a different kind of risk than Wilma's direct-eye scenario: Irma's track put South Florida, including the Palm Beach area, on the storm's western, generally less severe side as it moved up the Florida peninsula, yet the region still experienced meaningful coastal inundation and widespread, extended power outages. That combination -- serious impact even without taking the storm's most intense core directly -- is a realistic picture of what a 'near miss, still bad' hurricane season looks like for a barrier island town.

What This Storm Record Does and Doesn't Tell You

Taken together, this confirmed record shows Palm Beach and the broader Palm Beach County area experiencing meaningful hurricane impact roughly every few years across the past two decades, not a rare or theoretical event. It does not, on its own, predict when the next storm will hit or how severe it will be -- hurricane forecasting and long-range risk modeling are specialized disciplines this page does not attempt to replicate. This page also does not state a specific current wind-zone or storm-surge-zone rating for the town, current evacuation zone assignments, or a Town-of-Palm-Beach-only (as opposed to countywide) damage total for any of the storms discussed, since none of that was independently confirmed at that level of geographic and technical precision for this build. For current storm-risk modeling and evacuation planning, consult the National Hurricane Center, Palm Beach County's Division of Emergency Management, and the Town of Palm Beach's own emergency communications directly.