Key Landfall Timeline
Hurricane Florence made landfall near Wrightsville Beach, North Carolina, on September 14, 2018, as a Category 1 hurricane. The storm’s large size and slow motion produced record rainfall and widespread flooding across the Carolinas. Below is a concise timeline of the key moments.
| Date (2018) | Event | Key Impacts |
|---|
| Sep 1 – Sep 7 | Florence develops and approaches the U.S. East Coast | Rainfall begins; tropical storm warnings issued across the Southeast |
| Sep 10 11:00 UTC | Category 4 peak (140 kt) near Cape Fear, NC | Not at landfall; outer bands affect coast days earlier |
| Sep 13 20:00 UTC | Landfall at Wrightsville Beach, NC as Cat 1 | Winds 90 kt; storm surge 8–10 ft; start of record rainfall |
| Sep 14 06:00 UTC | Near North Myrtle Beach, SC as tropical storm | Continued heavy rain; begins stall over the Carolinas |
| Sep 15 – Sep 17 | Slow northeastward movement stalls | Catastrophic flooding inland; many rivers remain above flood stage for weeks |
Where Florence Struck
Florence’s center of circulation made landfall along the North Carolina coast near Wrightsville Beach in early afternoon on September 14. Despite weakening from its peak intensity, the system’s exceptional size and slow forward speed led to prolonged periods of rain, damaging winds, and life-threatening storm surge. The coast experienced significant erosion and localized damage to structures, power infrastructure, and coastal ecosystems.
Storm Surge and Coastal Impacts
Maximum storm surge near the landfall point reached roughly 8 to 10 feet above normal tide levels, causing inundation of homes, roadways, and critical facilities. Waves and surge compounded damage along the barrier islands, with some areas remaining isolated for days due to debris and coastal flooding.
Inland Flooding and Rainfall
Once inland, Florence stalled over the interior Southeast, unleashing catastrophic rainfall that produced widespread flooding. Some locations recorded over 30 inches of rain, with one observing station measuring nearly 36 inches—the highest rainfall total from the storm. The extreme precipitation led to river record crests, dam concerns, and long-term waterlogging of communities.
- Record total rainfall: nearly 36 inches in Elizabethtown, NC
- Major rivers, including the Cape Fear and Neuse, reached historic flood stages
- Thousands of homes were damaged or destroyed by freshwater flooding
Wind and Power Disruptions
While hurricane-force winds extended outward hundreds of miles, the strongest gusts occurred near the coast and diminished inland. Still, widespread wind damage affected trees, power lines, and structures. More than 1 million customers lost power at the height of the storm, and outages persisted in some regions for over a week due to debris and access challenges.
Economic and Human Toll
Florence caused significant economic losses across North and South Carolina, with estimates in the tens of billions of dollars. Costs include property damage, business interruption, agricultural losses, and long-term recovery efforts. The human toll included dozens of fatalities, many directly tied to freshwater flooding, and hundreds of injuries. Recovery and rebuilding extended for months, with some communities still addressing residual effects years later.
| Metric | Verified Detail | Source Type |
|---|
| Landfall time and location | Sep 14, 2018, near Wrightsville Beach, NC (Cat 1) | NOAA best track |
| Peak intensity prior to landfall | Sep 10: 140 kt, 937 mb near Cape Fear | NOAA HURDAT2 |
| Maximum storm surge | 8–10 ft at coast near landfall point | NOAA tide and storm surge reports |
| Record rainfall | 35.93 inches at Elizabethtown, NC | NOAA/CoCoRaHS |
| Customers without power | Over 1 million at peak | Utility reports |
| Estimated insured losses | $20–25 billion range | Insurance industry estimates |
Preparedness and Forecast Considerations
Florence highlighted the importance of heeding forecasts well in advance of landfall. Early predictions consistently showed the storm’s track targeting the Carolinas, allowing ample time for evacuations, securing properties, and activating emergency plans. However, the eventual stall and heavier rainfall than previously anticipated underscored the need for continued monitoring and robust flood preparedness, especially in inland areas not typically in the immediate path of hurricanes.
Recovery and Long-Term Lessons
In the aftermath, communities prioritized rebuilding with resilience, updating drainage systems, strengthening building codes, and improving communication strategies. Federal and state support, combined with local efforts, facilitated debris removal, temporary housing, and financial assistance. The event remains a reference point for risk communication, illustrating how a major hurricane’s impacts can extend far beyond the coastline when rainfall and flooding dominate.
Understanding the exact moment a hurricane makes landfall is important, but for Florence, the larger story is its prolonged and widespread inland effects. Reliable timelines, verified measurements, and clear communication all contribute to better preparation and more effective responses in future events.