Hurricane Matthew carved a destructive path through the southeastern United States in October 2016, with South Carolina experiencing some of the most severe impacts.
The storm made its first U.S. landfall in South Carolina as a Category 1 hurricane, delivering damaging winds, widespread storm surge, and catastrophic rainfall that reshaped local communities.
| Event | Date | Category at SC Landfall | Primary Impacts |
|---|---|---|---|
| First U.S. Landfall | October 7–8, 2016 | Category 1 | Outer Banks, North Carolina, then tracked offshore |
| Direct South Carolina Impact | October 8, 2016 | Category 1 | Storm surge, wind damage, rainfall flooding |
| Peak Storm Surge | October 8, 2016, Evening | N/A | Over 13 feet in some coastal areas |
| Rainfall Record | October 7–9, 2016 | N/A | Multiple locations exceeded 15 inches |
| Recovery Milestone | Late 2016 to Early 2017 | N/A | Power restoration and debris cleanup completed |
Timeline of Hurricane Matthew in South Carolina
Understanding the detailed timeline helps clarify when specific impacts occurred and how the storm evolved as it approached and moved through the region.
On October 7, the outer bands began affecting coastal areas, with increasing rain and wind through the night.
On October 8, the center of Matthew made its closest approach, producing the most intense conditions during the evening high tide and astronomical surge.
In the aftermath, communities coordinated cleanup and damage assessments through the remainder of October and into November.
Storm Surge and Coastal Flooding Details
Storm surge was among the most significant hazards, with water levels reaching historic heights along parts of the South Carolina coastline.
Widespread overwash and inundation affected barrier islands and estuaries, causing damage to structures and critical infrastructure.
The combination of onshore flow and high astronomical tides amplified the risk to life and property during the peak of the event.
Wind and Rain Impact Assessment
While the hurricane weakened by the time it reached South Carolina, damaging winds still downed trees and power lines across a broad area.
Rainfall rates were extreme in localized areas, leading to river and flash flooding that disrupted travel and isolated neighborhoods.
Power outages persisted for many days, highlighting the vulnerability of infrastructure to intense weather events.
Recovery and Infrastructure Response
Emergency crews worked through the night to restore utilities, clear debris, and assist residents in accessing essential services.
State and federal agencies coordinated resources to support long-term recovery, including housing, financial aid, and hazard mitigation planning.
Lessons from Hurricane Matthew influenced updated building codes and evacuation procedures for future events.
Key Takeaways from Hurricane Matthew in South Carolina
- Made landfall in South Carolina on October 8, 2016, as a Category 1 hurricane
- Produced storm surge exceeding 13 feet and widespread coastal flooding
- Delivered more than 15 inches of rainfall in multiple locations, causing major river flooding
- Triggered extensive power outages that affected hundreds of thousands of customers
- Influenced future emergency planning, building standards, and infrastructure resilience measures
FAQ
Reader questions
When did Hurricane Matthew first affect South Carolina with damaging conditions?
Hurricane Matthew began affecting South Carolina with damaging winds, rain, and surf on October 8, 2016, as the center passed just offshore.
What time did the worst storm surge and flooding occur along the coast?
The worst storm surge and coastal flooding typically occurred during the evening of October 8, coinciding with high tide and the peak onshore flow.
How much rainfall did South Carolina receive during Hurricane Matthew?
Many areas recorded over 15 inches of rain, with localized higher amounts contributing to severe river and flash flooding across the region.
What was the duration of power outages for affected communities in South Carolina?
Power outages lasted for several days in many coastal and inland areas, with some locations experiencing disruptions for more than a week due to extensive damage.