Malta, MT Hail Storm – July 2026

Malta, MT recorded a concluded hail event on July 12, 2026, with peak stones measuring 1.78 inches in diameter. The storm moved through the area in the early evening and generated one NWS severe thunderstorm warning.

What Happened

The storm crossed central Malta in the early evening on July 12. The National Weather Service issued a single severe thunderstorm warning at 6:55 PM MDT for 0.75-inch hail; that warning carried an NWS warning only designation. Radar signatures indicated hail-producing cores moved on a generally northeastward track through the local zone. The event is listed as concluded in StormSnipe records.

Only one formal alert covered the town. No subsequent NWS warnings were issued for the same cell in this zone. Observations and radar data show concentrated hail activity within the warning area during the specified window.

Damage Assessment

Local reports submitted to StormSnipe did not include spotter-verified structural collapse or widespread catastrophic loss. Vehicles left outdoors in exposed locations in Malta are at risk for panel dents and broken mirrors. Roofing with asphalt shingles, especially older or mechanically fastened sections, can sustain bruising that shortens expected service life. Skylights, solar panels, and exposed glazing on residences and businesses face an elevated risk of cracking or pitting when struck by stones of this size.

Roadside debris and vegetation damage were reported in low amounts within the warning area. Inspectors should expect localized concentrated impact paths rather than uniform damage across the entire NWS warning polygon.

What Contractors Should Know

Prioritize exterior assessments on properties located along the storm track through central Malta. Start with photographic documentation of vehicle panels, roof shingles, gutters, and exposed HVAC equipment. Use overhead and close-up images with scale references. Note the absence or presence of prior damage to separate new hail effects from preexisting wear.

For roofing contractors: schedule preliminary roof inspections within 72 hours to identify soft-spotting, shingle granule loss, and compromised flashing. For glazing and solar teams: inspect mounting hardware, check for microfractures in panels and frames, and document findings for insurance workflows. Maintain a log of addresses inspected and tie each entry to the observed hail path when possible.

For precise radar-derived hail track data and the detailed paid strike map showing the storm’s damage zone, see the Strike Map product for this event.