Vida, MT Hail Storm – June 2026

A severe hail storm tracked through Vida, MT on June 27, 2026, producing spotter-verified 2.61-inch stones and a sequence of radar-detected hail alerts. The event spanned mid-afternoon into late evening and generated multiple spotter reports across the Vida warning area.

What Happened

NWS issued 16 alerts for the Vida metro warning area between 2:34 PM MDT and 8:22 PM MDT. Radar detections began in the mid-afternoon and showed repeated hail cores moving northeast through the warning area. Early in the event a certified spotter reported quarter-sized hail with heavy rainfall at 2:25 PM MDT. Dual-polarization radar registered multiple 1.0–1.5-inch returns during the late afternoon. At 5:54 PM MDT three distinct social media spotter reports, all co-located in the Vida warning area, estimated hail near 1.5 inches in diameter. Alerts through early evening alternated between radar-detected signatures, radar-plus-spotter confirmations, and NWS warning-only messages. The sequence indicates several separate convective cores crossing the same populated corridors inside the warning area.

Damage Assessment

Field reports for this event are limited to hail-size observations and heavy rainfall statements. Local storm reports include the 2:25 PM MDT spotter estimate of quarter-sized hail and the three 5:54 PM MDT social media spotter reports of 1.5-inch hail. NWS alerts included a mixture of radar-detected and spotter-verified messages across the Vida warning area. No additional local storm report entries listed structural-collapse or casualty claims in the official record for this event.

Radar-detected hail cores intersected populated portions of the Vida warning area during the heaviest returns. The cluster of 1.5-inch spotter reports at 5:54 PM MDT marks a concentrated impact area for vehicles and exposed equipment. Heavy rainfall reported with the earlier quarter-inch estimate increased short-term runoff potential in low-lying public and private parcels. Use the social media cluster and the time-stamped spotter observation to prioritize visual inspections because those reports align with the strongest radar returns recorded over the metro.

What Contractors Should Know

Start inspections in and immediately downwind of the social media cluster centered at the 5:54 PM MDT reports. Those addresses have the highest observed hail exposure based on coincident spotter and radar returns. Triage using roof-access safety checks first, followed by exterior photographic documentation of roofing granule loss, dent patterns on vehicles, and damage to HVAC covers and satellite dishes. Photograph damage with a handheld scale and a timestamped image. Note the 2:25 PM MDT spotter observation of heavy rainfall when assessing soffit, fascia, and attic moisture intrusion.

Expect localized variability across short distances. Inspect adjoining properties even when one parcel shows minimal loss. Use a 1-inch threshold for expedited minor-repair estimates and a 1.5-inch threshold for priority assessments; document observed stone impressions and shattered sealants on skylights and solar panels. Coordinate initial estimates to avoid duplicate claims on cluster addresses. Log GPS coordinates for each inspected structure and attach the spotter time that corresponds to nearby radar cores when filing photos and scope notes.