Bergland, MI Hail Storm – August 2026

Bergland, MI experienced a hail-producing storm on August 7, 2026, with peak hail measured at 3.41 inches. The event moved through multiple NWS warning areas during the early evening and is now concluded.

What Happened

The storm developed in late afternoon and produced the first NWS alert for hail at 5:25 PM EDT. Alerts and detections progressed through the early evening, with a mix of dual-polarization radar detections and NWS-warning-only alerts across separate warning areas. Reported alerts for the Bergland multi-zone aggregate were:

• Aug 7 · 5:25 PM EDT – 1.25 inch hail – dual-polarization radar detection
• Aug 7 · 6:08 PM EDT – 1.28 inch hail – dual-polarization radar detection
• Aug 7 · 6:13 PM EDT – 1.25 inch hail – dual-polarization radar detection
• Aug 7 · 6:49 PM EDT – 0.75 inch hail – NWS warning only
• Aug 7 · 6:58 PM EDT – 0.75 inch hail – NWS warning only
• Aug 7 · 7:23 PM EDT – 0.75 inch hail – NWS warning only

Radar-derived hail detection was present in the early alerts, then the later alerts were issued as NWS warning areas without dual-polarization radar confirmation. The sequence indicates concentrated radar-detected hail in the first hour of warnings, followed by broader warning-area coverage later in the event.

Damage Assessment

Observed hail sizes across the Bergland warning areas ranged from roughly three-quarters of an inch to the maximum of 3.41 inches. Hail around 0.75 inch commonly scuffs paint and cracks older vinyl siding on exposed elevations. Hail in the 1.25–1.28 inch range frequently dents vehicle panels, damages window screens, and can fracture skylights and lighter roof materials.

Hail at or near 3.41 inches presents a higher risk of punctures to asphalt shingles, deep dents to vehicle roofs and hoods, and broken glass on residential windows and skylights. Property owners in the Bergland warning areas should expect a mix of surface-level cosmetic damage and localized structural issues where hail concentrations were greatest. Visual inspections should prioritize vehicle fleets, roof coverings, HVAC units, and glazed openings in the parts of town covered by the early radar-detected alerts.

What Contractors Should Know

Begin with a safety-first site assessment. Confirm that electrical hazards and unstable roof conditions are addressed before sending crews aloft. Prioritize documented inspections for roofs with visible granule loss, punctures, or missing shingles. Catalog vehicle damage with close-up photos of panel dents, broken glass, and interior water intrusion. Note the alert times and whether the location fell inside the radar-detected portion of the event or only within NWS warning areas.

For estimates, separate cosmetic repairs from suspected structural damage. Temporary tarp and board-up work can limit secondary water damage until permanent repairs proceed. Track warranty-relevant metrics such as shingle indentation depth and full-panel hail strikes on vehicles. Coordinate with insurers and property managers using time-stamped photos and the local alert timeline to support claim intake.