July 24, 2025 hail storm near Wheatland, WY. Radar-confirmed hail track and contractor lead lists available.
NWS WARNING AREA · Wheatland Metro · Jul 24, 2025 · Click a zone to highlight
Full storm data delivered to all buyers. No slot limit.
By purchasing, you agree to our Terms of Service and acknowledge the Data Accuracy Disclaimer. Address lists are derived from NOAA radar and federal databases; inclusion does not guarantee property damage.
Pro gets 1-hour priority access
From $49/mo · Auto-delivered leads
This storm generated 16 NWS alert zones. One purchase covers the complete storm track and all addresses across every zone.
Wheatland, WY
69 addresses in warning area
Alert issued Thu, Jul 24 · 7:14 PM UTC
Lusk, WY
Alert issued Thu, Jul 24 · 9:38 PM UTC
Platteville, CO
3,641 addresses in warning area
Alert issued Thu, Jul 24 · 9:40 PM UTC
Greeley, CO
27,033 addresses in warning area
Alert issued Thu, Jul 24 · 10:02 PM UTC
Cheyenne, WY
62 addresses in warning area
Alert issued Thu, Jul 24 · 10:23 PM UTC
Hudson, CO
8,702 addresses in warning area
Alert issued Thu, Jul 24 · 10:26 PM UTC
Alliance, NE
45 addresses in warning area
Alert issued Thu, Jul 24 · 10:30 PM UTC
Roggen, CO
530 addresses in warning area
Alert issued Thu, Jul 24 · 10:42 PM UTC
Carpenter, WY
666 addresses in warning area
Alert issued Thu, Jul 24 · 10:54 PM UTC
Grover, CO
56 addresses in warning area
Alert issued Thu, Jul 24 · 11:01 PM UTC
Wiggins, CO
33 addresses in warning area
Alert issued Thu, Jul 24 · 11:12 PM UTC
Ault, CO
26,009 addresses in warning area
Alert issued Thu, Jul 24 · 11:22 PM UTC
Gering, NE
54 addresses in warning area
Alert issued Thu, Jul 24 · 11:22 PM UTC
Gering, NE
1,527 addresses in warning area
Alert issued Thu, Jul 24 · 11:39 PM UTC
Deer Trail, CO
968 addresses in warning area
Alert issued Fri, Jul 25 · 12:12 AM UTC
Harrisburg, NE
71 addresses in warning area
Alert issued Fri, Jul 25 · 12:52 AM UTC
A severe hail storm moved through Wheatland, Wyoming, on July 24, 2025, producing 1.5-inch hail at peak intensity and multiple later hail bursts through the afternoon and evening. The storm remained active for hours, with eight hail alerts issued across the day.
The first alert came at 1:14 PM MDT with dual-polarization radar support for 1.5-inch hail. Later alerts repeated hail signals at 3:38 PM, 4:30 PM, 6:52 PM, and several times in the late afternoon and evening. Radar confidence varied between dual-polarization detections and radar plus spotter verification, which placed the storm on a repeated hail-producing track rather than a single short-lived burst.
At 5:00 PM MDT, a spotter-verified report relayed video sent to an emergency manager showing water flowing over a county road. The report listed 0.75-inch hail at the same time. That field report lines up with the period when the storm was still cycling through hail cores and heavier rainfall.
The sequence showed a storm that did not peak once and fade. It pulsed. It returned to hail several times as it moved across the Wheatland metro area and surrounding roads.
Field reports point to localized impacts tied to the strongest rain and hail core near county roads. The 5:00 PM MDT report of water running over a county road is the clearest ground observation in the event record. It came with spotter verification and video sent to an emergency manager, which gives the report added weight compared with radar alone.
The storm produced repeated hail alerts after the initial 1:14 PM MDT peak, including several 1-inch hail notices and one 1.25-inch hail report verified by radar and a spotter at 4:23 PM MDT. That pattern suggests intermittent surface impact rather than a single clean swath of damage. Vehicles, siding, gutters, and exposed roofing near the storm path would have faced repeated hail exposure during the afternoon cycle.
The field report did not describe widespread structural damage, tree loss, or roof punctures. It documented flooding across a county road, which indicates drainage problems and fast runoff where rain rates were strongest. In a storm like this, the first visible impact is often on pavement, roadside ditches, and low spots before broader property issues show up.
The storm record also includes two identical 5:00 PM MDT reports. Duplicate reporting of the same video suggests the same event reached multiple local channels. The important detail is the road flooding itself, not a separate damage type.
This event stayed active long enough to create more than one inspection window. Contractors working Wheatland and nearby roads should treat July 24 as a multi-pass hail event, not a one-time strike. The radar and spotter record shows repeated hail alerts from early afternoon into the evening, so roof and exterior checks should focus on properties that could have been hit more than once.
Never miss a storm in your market.
Auto-delivered leads with 1-hour priority access before shared buyers. Set it and close more jobs.
Cancel anytime · No commitment
See exactly what you get.
Explore the full Springdale, AR Strike Map free – hail track, address overlay, and CSV download. No account required.
Try the Free Demo →Pay close attention to roof slopes, soft metals, vents, and gutter lines near the county-road corridors where heavy runoff was reported. Water over the road at 5:00 PM MDT points to concentrated rainfall and poor drainage in at least one localized area. Crews should document washout, mud splash, downspout displacement, and any staining or granule loss that lines up with the storm timing.
For claims work, the key detail is the spread of hail reports. The event includes 0.75-inch ground truth, 1-inch alerts, a 1.25-inch verified hail report, and a 1.5-inch radar-derived peak. That mix supports a careful inspection strategy across the Wheatland metro area, especially where roofs, siding, and vehicle surfaces had direct exposure during the repeated hail cycles.
For precise hail track data, use the Strike Map.
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