The Fayetteville, NC hail swath map preview was last reviewed on August 28, 2026 and shows mapped hail estimates up to 1.00". There are 0 public hail reports, 4 public wind reports, and 0 nearby tornado reports listed for the July 4, 2023 event.
View the July 4, 2023 Fayetteville, NC hail event on the free interactive hail map, then check a free Hail Report by ZIP to see a more local hail signal for your area.
The July 4, 2023 hail swath map for Fayetteville, NC covers approximately 244 square miles and includes an estimated 36,392 people inside the mapped footprint. The largest mapped area is in the 0.50-0.75" hail band, covering 117 square miles. The highest estimated population exposure is in the 0.50-0.75" hail band with 18,810 people.
| Mapped Hail Band | Impact Area | Population |
|---|---|---|
| < 0.50" | 103 sq mi | 16,087 |
| 0.50-0.75" | 117 sq mi | 18,810 |
| 0.75-1.00" | 22 sq mi | 1,422 |
| 1.00-1.25" | 2 sq mi | 73 |
Get a free Hail Report by ZIP to see a more local hail signal and whether the July 4, 2023 Fayetteville, NC hail event may have reached your area.
Inside the July 4, 2023 hail swath map area for Fayetteville, NC, HailGeeks estimates 15,209 single-family homes, 271 townhomes, and 3,059 multifamily properties within the mapped storm footprint. Single-family-home exposure is highest in the 0.50-0.75" hail band, with 8,001 single-family homes.
| Mapped Hail Band | Single-Family | Townhomes | Multifamily |
|---|---|---|---|
| < 0.50" | 6,606 | 113 | 1,427 |
| 0.50-0.75" | 8,001 | 152 | 1,568 |
| 0.75-1.00" | 567 | 6 | 64 |
| 1.00-1.25" | 35 | 0 | 0 |
Use this table to review housing exposure by hail band for the July 4, 2023 Fayetteville, NC hail map. To check a specific property more closely, use a free Hail Report by Address.
Hail from the July 4, 2023 storm was mapped across 11 counties in the Fayetteville, NC region. Sampson County, NC had the strongest mapped signal, peaking at 1.00" with roughly 2,141 single-family homes inside the swath.
County pages group every mapped hail event in the area. For a closer look, drop to the city or ZIP level below, or run a free Hail Report by Address.
Zooming in, the swath touched 12 cities near Fayetteville, NC. Bonnetsville, NC had the strongest mapped signal at 1.00", with an estimated 106 single-family homes exposed.
City cards show where the July 4, 2023 Fayetteville, NC hail activity was mapped, but your ZIP can show a closer local signal. Get a free Hail Report by ZIP, and if the signal looks meaningful, ask a local pro about a Remote Hail Inspection to see whether an on-site roof or exterior review may be worth scheduling.
At the ZIP level, the July 4, 2023 Fayetteville, NC hail map spans 22 ZIP codes. ZIP 28328 shows the strongest local signal, with mapped hail estimates up to 1.00" and an estimated single-family-home exposure of 1,695.
Check your ZIP in seconds to see whether hail activity from the July 4, 2023 Fayetteville, NC event was mapped near your area.
Public storm report tables connected to the July 4, 2023 hail map for Fayetteville, NC currently list 0 public hail reports, 4 public wind reports, and 0 tornado reports.
| Date & Time | Hail Size | City | State | Description |
|---|---|---|---|---|
| No public hail reports are available for this event. | ||||
| Date & Time | Wind Speed | City | State | Description |
|---|---|---|---|---|
July 4, 2023 6:20 PM CT | 1 SSE Stedman | NC | DELAYED REPORT: Tree down at Stedman-Cedar Creek Rd and Beaver Dam Rd. | |
July 4, 2023 6:22 PM CT | Autryville | NC | Report of a tree down in Autryville. Time based on radar. | |
July 4, 2023 6:40 PM CT | 1 ESE Clinton | NC | DELAYED REPORT: Tree down in Clinton. Time estimated based on radar. | |
July 4, 2023 6:56 PM CT | 58 mph | 8 SW Clio | SC | Tree down on a house in Blenheim. Story seen on WPDE website. Time estimated by radar. |
| Date & Time | Rating | City | State | Description |
|---|---|---|---|---|
| No public tornado reports are available for this event. | ||||
This table includes only public storm reports connected to the July 4, 2023 Fayetteville, NC storm event. When available, each report may include the time, size or magnitude, city, state, and a short description.
We found 6 more hail maps with reports from the same Fayetteville, NC region as the July 4, 2023 event. These related maps cover storm dates from Jun 6, 2023 through Jul 3, 2023, with mapped hail estimates ranging from 0.75" to 1.25". In this set, the strongest related map reached 1.25", and the most recent map shown is from Jul 3, 2023.
If none of these related Fayetteville, NC hail maps look close enough to your property, check a free Hail Report by Address. It reviews hail history for a specific location — not just the broader Fayetteville, NC region — so you can check whether hail activity may have reached your property.
Not sure whether the July 4, 2023 Fayetteville, NC hail map matters for your property? Start with a free Hail Report by Address to see whether hail activity was mapped for that property. If the property signal looks meaningful, you can choose a local pro serving the Fayetteville, NC region and ask about a Remote Hail Inspection before deciding whether an on-site roof or exterior review is worth scheduling.
Check a specific property to see whether hail activity from the July 4, 2023 Fayetteville, NC event — or another recent hail event — may have been mapped at that address.
Find a roof or exterior pro serving the Fayetteville, NC region who can help you understand what the property hail signal may mean.
A participating local pro reviews property-level hail history remotely — not just the July 4, 2023 event — to help decide whether an on-site inspection may be worth scheduling.
A free Hail Report by Address and a Remote Hail Inspection can help you look beyond the July 4, 2023 hail map visuals alone. They do not confirm property damage and do not replace an on-site inspection for a property in the Fayetteville, NC region, but they can help you make a more informed next decision before anyone climbs on the roof.
Common questions about the July 4, 2023 Fayetteville, NC hail event.