May 28, 2025 hail storm near Richland Springs, TX. Radar-confirmed hail track and contractor lead lists available.
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NWS WARNING AREA · Richland Springs Metro · May 28, 2025 · Click a zone to highlight
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This storm generated 19 NWS alert zones. Pro access covers the complete storm track and all addresses across every zone.
Richland Springs, TX
34 addresses in warning area
Alert issued Wed, May 28 · 7:36 PM UTC
Hamilton, TX
1,837 addresses in warning area
Alert issued Wed, May 28 · 7:51 PM UTC
San Saba, TX
2,565 addresses in warning area
Alert issued Wed, May 28 · 8:13 PM UTC
Purmela, TX
Alert issued Wed, May 28 · 8:40 PM UTC
Lometa, TX
Alert issued Wed, May 28 · 8:53 PM UTC
Lometa, TX
326 addresses in warning area
Alert issued Wed, May 28 · 8:55 PM UTC
Lampasas, TX
89 addresses in warning area
Alert issued Wed, May 28 · 9:18 PM UTC
Baird, TX
12 addresses in warning area
Alert issued Wed, May 28 · 9:26 PM UTC
Gatesville, TX
455 addresses in warning area
Alert issued Wed, May 28 · 9:27 PM UTC
Bertram, TX
1,783 addresses in warning area
Alert issued Wed, May 28 · 10:04 PM UTC
Coleman, TX
3,433 addresses in warning area
Alert issued Wed, May 28 · 10:06 PM UTC
Cross Plains, TX
208 addresses in warning area
Alert issued Wed, May 28 · 10:15 PM UTC
Brownwood, TX
392 addresses in warning area
Alert issued Wed, May 28 · 10:41 PM UTC
Cedar Park, TX
233,728 addresses in warning area
Alert issued Wed, May 28 · 10:55 PM UTC
San Saba, TX
1,734 addresses in warning area
Alert issued Wed, May 28 · 11:26 PM UTC
Del Valle, TX
Alert issued Wed, May 28 · 11:39 PM UTC
San Saba, TX
125 addresses in warning area
Alert issued Thu, May 29 · 12:09 AM UTC
Llano, TX
229 addresses in warning area
Alert issued Thu, May 29 · 12:27 AM UTC
Marble Falls, TX
13,860 addresses in warning area
Alert issued Thu, May 29 · 1:27 AM UTC
A severe hail storm moved through Richland Springs, TX, on May 28, 2025, with verified hail up to 3 inches and a long run of radar and spotter-confirmed warnings through the afternoon and evening. The storm first reached severe levels at 2:36 PM CDT with 1.75-inch hail, then quickly escalated through a series of larger reports as the storm remained organized over the area.
By 2:51 PM CDT, the warning had increased to 2.75-inch hail. Similar 2.75-inch reports followed at 3:13 PM CDT, 3:40 PM CDT, 3:53 PM CDT, and 4:18 PM CDT, with a brief 2.5-inch report at 3:55 PM CDT. Dual-polarization radar later supported hail detections at 4:26 PM CDT and 4:27 PM CDT, including 2.75-inch and 1.25-inch estimates. Another radar and spotter-confirmed 2.75-inch report came in at 5:04 PM CDT.
The storm peaked again in the late afternoon. At 5:41 PM CDT, 3-inch hail was reported by radar and spotter verification, followed by additional 3-inch reports at 5:55 PM CDT and 6:26 PM CDT. Later alerts held near severe limits, with 2.75-inch hail at 6:39 PM CDT, 2.5-inch hail at 7:09 PM CDT, 2.75-inch hail at 7:27 PM CDT, and 2.5-inch hail at 8:27 PM CDT.
A spotter report at 7:15 PM CDT documented 3.04 inches of rainfall over 45 minutes, with 2.96 inches falling in 30 minutes. That report placed intense hail activity inside a broader period of heavy precipitation and repeated warning issuance.
Field reports point to concentrated hail impacts rather than a single brief burst. The 7:15 PM CDT spotter observation of 3.04 inches of rain over 45 minutes suggests prolonged storm exposure in the Richland Springs area, with hail falling repeatedly enough to keep warning confidence elevated for several hours.
The repeated 2.75-inch and 3-inch confirmations indicate a corridor of large hail through the afternoon into early evening. In practical terms, that pattern is consistent with roof, siding, gutter, and vehicle exposure across the warning area, especially where stones fell in successive waves rather than one isolated pass. The size swings between 1.25 inches and 3 inches also show an uneven hail footprint, with some locations likely taking a heavier hit than others.
For insured properties, the first checks should focus on soft metals, roof penetrations, and horizontal surfaces. Metal vents, downspouts, AC fins, and vehicle glass are the most obvious inspection points after a storm of this duration. Asphalt shingle loss may not be uniform. Hail often leaves impact marks that are easier to find on ridge caps, roof accessories, and north- or west-facing elevations after a storm with repeated large-stone reports.
Ground observations matter here. A verified 3.04-inch rainfall total alongside 3-inch hail reports supports a storm that delivered both impact and water load. That combination can leave screened enclosures, window seals, and exterior trim with damage that is not obvious from street level.
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Try the Free Demo →Richland Springs sits in a rural market where roof counts are lower than in a metro core, but storm travel paths can still produce scattered losses over a wide area. The warning activity from mid-afternoon through 8:27 PM CDT points to a long-lived hail corridor, not a short-lived cell. Contractors should expect multiple stops to be spread along the storm path rather than clustered at one point.
The most efficient first-pass work is exterior triage. Start with roofs that have steep exposure to the storm approach, then move to HVAC units, sheds, fences, and vehicle lots. On a storm with repeated 2.75-inch to 3-inch reports, accessory damage can be as useful as roof marks when you are screening for claimable loss.
Bring cameras, chalk, and a consistent inspection route. In storms with this many warning updates, the field picture can vary by block or property type. Document impact marks on metal, bruising on shingles, and collateral hits on soft goods before moving inside. If you are canvassing after a storm day like this, work from the verified hail times and the local rainfall report, then compare each roof line against the same storm window.
Use the Strike Map for the precise hail track and point-level hail detection data.
Address data is sourced from the US National Address Database (NOAA/USDOT). Inclusion of an address does not guarantee physical damage occurred. Confidence scores are radar-derived estimates. Data Accuracy Disclaimer