Hail history for Charlottesville, Virginia
NOAA hail reports in and within about 5 km (3 miles) of Charlottesville since 1977, with preliminary reports to November 3, 2026.
Readout · Charlottesville
- Last hail
- Aug 14, 2026
- 1.00 in, quarter size · preliminary
- Hail days, last 5 years
- 1
- since Nov 3, 2021 · 1 report
- Largest ever
- 1.75 in
- golf ball · Jul 9, 1985
16 reports on 13 days since 1977 · #71 of 152 Virginia places
Hail map · Charlottesville
- Under 1 in
- 1–1.75 in
- 1.75–2.5 in
- 2.5–4 in
- 4 in +
- No size
For homeowners
Roof damage after hail? Get a free inspection
Hail bruises shingles and cracks seals in ways you can't see from the ground, and most insurers set a claim deadline after the storm. The latest hail report in Charlottesville is from August 14, 2026. A local roofer can check and document it at no cost.
What the record says about Charlottesville
The latest hail report in and around Charlottesville is from August 14, 2026, 1.00 in (quarter size). Since November 3, 2021 there has been one hail day; the biggest stones in that time were 1.00 in on August 14, 2026.
Over the 20 years 2006–2025, Charlottesville logged 9 reports on 6 hail days, about 0.5 reports a year. That is 10% less than the median Virginia town on this site (0.5 a year) and ranks #71 of 152 Virginia cities and towns on this site for all-time reports.
0% of reports with a size were 2 inches (hen egg) or larger, against 0% for the median Virginia town on this site. The largest hail on record here is 1.75 in (golf ball) on July 9, 1985.
Reports were up 25% in 2016–2025 (5) compared with 2006–2015 (4). The busiest year was 2019, with 4 reports on 2 days. Hail here peaks in June (31% of reports); 50% fall between April and June.
Reports a year 2006–2025 average
- Charlottesville 0.5
- Charlottesville city 0.3
- Median Virginia town on this site 0.5
Hail days 2006–2025
- Charlottesville 6
- Charlottesville city 4
- Median Virginia town on this site 7
Share 2 in or larger of sized reports
- Charlottesville 0%
- Charlottesville city 0%
- Median Virginia town on this site 0%
Hail over time
| Year | Jan | Feb | Mar | Apr | May | Jun | Jul | Aug | Sep | Oct | Nov | Dec | Total |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 2026 | 1 | 1 | |||||||||||
| 2025 | 0 | ||||||||||||
| 2024 | 0 | ||||||||||||
| 2023 | 0 | ||||||||||||
| 2022 | 0 | ||||||||||||
| 2021 | 0 | ||||||||||||
| 2020 | 1 | 1 | |||||||||||
| 2019 | 3 | 1 | 4 | ||||||||||
| 2018 | 0 | ||||||||||||
| 2017 | 0 |
Hail days since Nov 3, 2021
| Date | Reports | Largest | Storm page |
|---|---|---|---|
| Aug 14, 2026 | 1 | 1.00 in | View |
Largest hail on record
| Date | Size | Location | County | Time · source |
|---|---|---|---|---|
| Jul 9, 1985 | 1.75 ingolf ball | — | Albemarle | 16:15 local · NCEI |
| Aug 30, 1977 | 1.50 inping pong ball | — | Charlottesville (C) | 14:50 local · NCEI |
| Aug 14, 2026 | 1.00 inquarter | 1 E Charlottesville | City of Charlottes | 21:41 UTC · NWS prelim. |
| Aug 6, 2020 | 1.00 inquarter | 1.68 SSW Rio | Charlottesville (C) | 16:05 local · NCEI |
| Aug 1, 2019 | 1.00 inquarter | 60.32 N Madisonville | Albemarle | 19:55 local · NCEI |
Sizes filed before 1996 are often rough estimates (round numbers like 7.00 or 8.00 in) without an exact spot; they are shown as NOAA filed them.
Size of every report
- Under 1 in 8 50%
- 1–2 in 8 50%
- 2 in + 0 0%
Most recent reports
| Date | Size | Location | County | Time · source |
|---|---|---|---|---|
| Aug 14, 2026 | 1.00 inquarter | 1 E Charlottesville | City of Charlottes | 21:41 UTC · NWS prelim. |
| Aug 6, 2020 | 1.00 inquarter | 1.68 SSW Rio | Charlottesville (C) | 16:05 local · NCEI |
| Aug 1, 2019 | 1.00 inquarter | 60.32 N Madisonville | Albemarle | 19:55 local · NCEI |
| Jun 17, 2019 | 0.75 inpenny | 2.29 WNW Simeon | Albemarle | 16:12 local · NCEI |
| Jun 17, 2019 | 1.00 inquarter | 3.05 ESE Farmington | Albemarle | 16:12 local · NCEI |
| Jun 17, 2019 | 0.75 inpenny | 3.21 SSE Farmington | Albemarle | 16:09 local · NCEI |
| Jun 16, 2008 | 0.88 innickel | 0.88 NE Charlottesville | Charlottesville (C) | 14:50 local · NCEI |
| Jun 16, 2008 | 0.75 inpenny | 0.88 NE Charlottesville | Charlottesville (C) | 14:20 local · NCEI |
| May 8, 2008 | 1.00 inquarter | Charlottesville | Charlottesville (C) | 20:22 local · NCEI |
| Jul 29, 2007 | 0.75 inpenny | Charlottesville | Charlottesville (C) | 17:33 local · NCEI |
| May 10, 2003 | 0.75 inpenny | Charlottesville | Charlottesville (C) | 06:50 local · NCEI |
| Aug 30, 2001 | 0.75 inpenny | Charlottesville | Charlottesville (C) | 15:18 local · NCEI |
Hail history near Charlottesville
- Earlysville 13 km · 10
- Crozet 19 km · 11
- Lake Monticello 19 km · 11
- Scottsville 25 km · 17
- Orange 40 km · 11
- Elkton 43 km · 18
- Louisa 43 km · 15
- Staunton 52 km · 14
Questions about hail in Charlottesville
How often does it hail in Charlottesville, Virginia?
16 hail reports have been logged in and within about 5 km (3 miles) of Charlottesville since 1977. Over the 20 years 2006–2025 that averages 0.5 reports a year. That ranks #71 of 152 Virginia places by number of reports.
When is hail season in Charlottesville?
Most reports come in June, August, May. June alone accounts for 31% of all reports.
What is the largest hail recorded in Charlottesville?
1.75 in (golf ball size) on July 9, 1985. 0% of reports here were 2 inches or larger.
When did it last hail in Charlottesville?
The most recent report in this data is from August 14, 2026 (1.00 in). Final NOAA data runs to July 31, 2026; preliminary NWS reports run to November 3, 2026.
How many hail storms has Charlottesville had in the last five years?
1 separate days with hail reports since November 3, 2021, adding up to 1 reports. The most recent was August 14, 2026.
Where does this hail data come from?
Hail reports come from the NOAA NCEI Storm Events Database, which the National Weather Service compiles from spotter, public, law enforcement and media reports. Recent days use preliminary NWS Local Storm Reports via the Iowa Environmental Mesonet until NOAA publishes final data. Only reported hail is counted, so areas with fewer people tend to have fewer reports.