Broadus, MT Hail Storm – July 2026

Broadus, MT experienced a concluded hail-producing storm on July 2, 2026, producing a peak radar-detected hail size of 1.47 inches. The event generated two NWS warning areas and moved across the eastern Powder River County corridor in the late afternoon into the early evening.

What Happened

The storm developed over eastern Powder River County in the mid-afternoon and progressed northeastward through Broadus by early evening. NEXRAD dual-polarization radar detected significant hail signatures at 3:43 PM MDT and again at 6:08 PM MDT. The first alert reported radar-derived hail around 1.41 inches at 3:43 PM MDT. A later radar return at 6:08 PM MDT recorded up to 1.49 inches. Two NWS warning areas were issued during the event to cover the projected path. Radar-detected hail signatures defined the threat; the storm is now concluded and no active NWS alerts remain for this event.

Damage Assessment

Radar-detected hail in the 1.4 to 1.5-inch range can cause localized damage to vehicles, roofing materials, and exposed exterior fixtures on properties in and near Broadus. Vehicle body panels and windshields are at risk of denting and cracking when struck repeatedly. Asphalt shingle roofs can sustain impact fractures and granule loss, particularly on older coverings. Skylights, siding panels, and solar arrays on properties along the storm path may show punctures or cracking where impacts concentrated.

Inspectors should prioritize properties along the storm track through eastern Powder River County and the southern margins of Broadus where radar returns were strongest. Photographic documentation that includes a visible scale or ruler at the damage site accelerates claims processing. Where hail has not penetrated weatherproofing, cosmetic damage such as chipped paint and granule loss is common; where penetration or dents compromise water shedding, prioritize repairs to prevent secondary water intrusion.

What Contractors Should Know

Roofing contractors should schedule phased inspections beginning with structures that have exposed roofing ages over 10 years and those with visible missing granules. Look for patterns of circular impact marks, fractured shingle tabs, and displaced granules on gutters and ground around the property. Use consistent photo angles, reference stamps, and measurement tools when documenting impact size and spacing. Note any evidence of repeated strikes clustered on windward slopes of roofs.

Claims adjusters and exterior contractors should coordinate on temporary tarping when shingles show penetration or underlayment exposure. For vehicle repair shops, provide clients with documented impact photos and a concise written assessment of repair versus replacement thresholds for body panels and glass. Tree and landscape services should flag branch and foliage damage that could present future hazards to roofs and siding. For precise hail track and paid damage zone mapping, consult the Strike Map product for this event.