Data current as of 2026-10-16 · Sourced from NOAA Storm Events
Over the past five years, the National Oceanic and Atmospheric Administration has recorded 1 hail storm within 25 miles of Cathedral City, CA. Of those, 1 produced hail at least quarter-size — the threshold most insurance carriers consider potentially damaging to asphalt shingles. The largest reported hail in this window was quarter-sized or larger, which can fracture shingle mat and dent metal flashing on contact. 2024 was the most active year on record locally, with 1 documented hail event.
Check Hail History for a Specific Address in Cathedral City| Severity | Count | What it means for roofs |
|---|---|---|
| Significant | 1 event | Quarter-size, the standard insurance damage threshold |
| Year | Reported Hail Events Within 25 mi |
|---|---|
| 2024 | 1 event |
2024 was the busiest hail year on record locally for Cathedral City, with 1 documented event inside the 25-mile radius. Storm activity in Cathedral City typically peaks in spring and early summer, when the jet stream pushes Gulf moisture into the area and supercell thunderstorms become more frequent.
| Date | Location | Severity | Size | NOAA Comments |
|---|---|---|---|---|
| 2024-07-14 | PALM DESERT, CA | Significant | 1.00" | Video of large hail landing in a homeowners pool. Estimate 1 inch or quarter size. |
NOAA has recorded 2 high-wind events within 25 miles of Cathedral City, CA in the past five years. Of those, 2 reached severe-thunderstorm thresholds (58+ mph). The highest measured gust was 62 mph.
| Severity | Count |
|---|---|
| Significant | 2 events |
| Date | Location | Gust (mph) | Severity | NOAA Comments |
|---|---|---|---|---|
| 2025-09-18 | PALM DESERT, CA | 62 | Significant | SCE Painted Canyon Rd observation station reported wind gust of 62 mph. |
| 2025-09-02 | BANNING MUNI ARPT, CA | 58 | Significant | Mesonet station 645SE near Banning reported a wind gust of 50 mph. |
The most recent quarter-size-or-larger hail storm recorded by NOAA within 25 miles of Cathedral City was on July 14, 2024. HailCheck refreshes from the NOAA Storm Events database daily, so newer events appear here as they are reported.
Cathedral City averages roughly 0 reported hail events per year within a 25-mile radius. Significant storms (quarter-size or larger) account for 1 of the 1 events recorded over the last five years.
The largest documented hail near Cathedral City in the last five years was quarter-sized or larger. Most Cathedral City-area hail falls in the marble-to-quarter range, with destructive storms (egg-size or larger) appearing roughly once every few years.
Most homeowners insurance policies in CA cover hail damage to roofs, siding, and gutters under the dwelling and other-structures coverage. Coverage typically requires the damage to be tied to a verifiable storm date — which is where the NOAA hail history above (and a HAAG-style test square validation) becomes important for the claim file.
Use the HailCheck address search to enter any street address in or near Cathedral City. HailCheck returns every NOAA hail event within a configurable radius, along with severity bands, dates, and storm narratives for Pro members.
If your property in or near Cathedral City took on hail during one of the storms above, the standard process for documenting damage is a 10×10 foot test square inspection. A HAAG-trained reviewer counts impact indicators — granule displacement, mat fractures, and bruising — within the marked square and produces a PASS or FAIL document for the claim file.
HailCheck offers a $99 photo-based HAAG-style test square validation. You submit photos from the field, our reviewer evaluates the impact indicators and cross-references the NOAA storm dates listed above, and a written PASS/FAIL determination is returned within one business day. We do not send anyone to the roof — the validation is built around the photos you submit.
Learn About $99 HAAG-Style ValidationCathedral City sits east of the traditional hail alley, where hail events are less frequent than the central plains but tend to be associated with strong squall lines and tropical systems. Local roof systems are less commonly hardened for hail, which can mean even moderate impacts produce claim-worthy damage.