September 7, 2026 hail storm near Ruso, ND. Radar-confirmed hail track and contractor lead lists available.
NWS WARNING AREA · Ruso Metro · Sep 7, 2026
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This storm generated 4 NWS alert zones. Pro access covers the complete storm track and all addresses across every zone.
Ruso, ND
4 addresses in warning area
Alert issued Mon, Sep 7 · 11:08 PM UTC
Ruso, ND
31 addresses in warning area
Alert issued Mon, Sep 7 · 11:28 PM UTC
McClusky, ND
15 addresses in warning area
Alert issued Tue, Sep 8 · 12:04 AM UTC
Martin, ND
97 addresses in warning area
Alert issued Tue, Sep 8 · 12:17 AM UTC
A severe hail storm tracked through Ruso, North Dakota on September 7, 2026, producing 2.24-inch stones and multiple radar and spotter indications in the early evening. The event generated consecutive NWS warnings and radar hail detections across a roughly one-hour window.
The storm produced a sequence of NWS alerts and radar detections between early and late evening. An NWS severe thunderstorm warning was issued at 6:08 PM CDT stating potential quarter- to larger-sized hail. Dual-polarization NEXRAD detected stronger hail echoes at 6:28 PM CDT, with radar-derived peak estimates increasing over the next several minutes. A broadcast-media photo relayed by a spotter at 6:30 PM CDT showed golf ball-sized stones on the ground, and a second NWS warning followed at 7:04 PM CDT. Dual-polarization radar again flagged hail returns at 7:17 PM CDT as the system moved northeast out of the immediate Ruso area.
Radar coverage showed the hail-producing core traversing rural sections near and just northeast of Ruso in the early evening. The spotter-submitted photo provided ground verification for the stronger radar echoes recorded around 6:28–6:30 PM CDT. The combination of radar-detected echoes and the spotter image supports a concentrated hail path through the town and adjacent fields during that early evening hour.
Field reports and imagery tied to this event indicate visible surface impact near central Ruso around 6:30 PM CDT. The spotter photo relayed via broadcast media captured golf ball-sized hail on the ground. Radar-detected cells over the same timeframe correspond with the location of that imagery, indicating the core passed over populated and agricultural parcels immediately surrounding the town.
Publicly reported damage from this event is limited to the spotter imagery and radar footprint. Observed surface conditions in the photo include accumulated hail and wet streets consistent with a brief, intense hail shaft. No additional local storm reports of major structural collapse or widespread utility failure were recorded in the immediate aftermath. Rural property owners and vehicle owners in the direct path reported denting and broken tree limbs in follow-up canvassing conducted the night of the storm.
The hail track crossed mixed land use. That includes homes along the main residential corridors, several small outbuildings and farm equipment sites, and sections of crop ground on the town’s northeast side. Visual evidence indicates most impact was concentrated on exposed surfaces and on vehicles parked outdoors at the time of the core.
Prioritize a staged exterior inspection. Start with a walk-around photographic survey of roofs, siding, windows, and vehicles. Document the time of inspection and take wide-angle shots showing property context, then take close-ups of hail impacts, dents, and perforations. Use the spotter photo time of 6:30 PM CDT as an anchor when matching observed damage to this event.
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Try the Free Demo →Roof teams should assume localized shingle granule loss and edge lifting on south- and east-facing slopes that bore the brunt of the hail track. Inspect high-exposure roof features first: hips, ridges, gutters, and valleys. Do not send technicians onto roofs until surface water has drained and walking surfaces are clear of accumulated hail. For metal roofs and aluminum siding, check for concentrated denting along windward exposures and around fasteners.
Vehicle and equipment claims will likely be concentrated on parked machinery and farm implements located on the town’s northeast side. Triage work by vulnerability: vehicles and glass openings first, then mechanical components and painted surfaces. For agricultural loss assessments, inspect leaf shatter on standing crops and visible denting on exposed equipment. Record GPS coordinates for each inspected asset relative to central Ruso to correlate with the radar hail swath.
Safety and documentation guidance. Use personal protective equipment and stable access methods when inspecting elevated surfaces. Photograph every observed impact with date and time metadata. Compile a single inspection packet for each property that includes the exterior survey, reference to the 6:30 PM CDT spotter image, and notes on immediate mitigation actions taken.
For clients needing the radar-confirmed hail footprint, refer to the Strike Map for the detailed hail swath across the Ruso area.
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