Bergland, MI Hail Storm – August 2026

A severe hail-producing storm is tracking through Bergland, Michigan on August 7, 2026, producing hail to 3.41 inches in diameter. The system is active and continuing to produce strong hail cores across the local warning area.

What Happened

Six NWS alerts were issued for the Bergland warning area as this storm moved through in the late afternoon and early evening. Dual-polarization radar detected strong hail returns during early evening activity. Key alert points:

• August 7 · 5:25 PM EDT (21:25 UTC) – radar-detected hail estimated at 1.25 inches.
• August 7 · 6:08 PM EDT (22:08 UTC) – radar-detected hail estimated at 1.28 inches.
• August 7 · 6:13 PM EDT (22:13 UTC) – radar-detected hail estimated at 1.25 inches.
• August 7 · 6:49 PM EDT (22:49 UTC) – NWS warning area report noting 0.75-inch hail.
• August 7 · 6:58 PM EDT (22:58 UTC) – NWS warning area report noting 0.75-inch hail.
• August 7 · 7:23 PM EDT (23:23 UTC) – NWS warning area report noting 0.75-inch hail.

Radar-derived detections precede several of the warning-area-only notices. The event remains in progress and is continuing to produce hail cores across parts of the Bergland warning area. Expect updates to arrive as additional radar scans and field reports are processed.

Damage Assessment

The storm’s peak hail diameter places it in a damage class associated with severe impact to exterior building materials and vehicles in the affected neighborhoods of Bergland. Roof coverings with aged or compromised asphalt shingles are at high risk of shingle fracture, granule loss, and plywood exposure. Metal roofs and single-layer asphalt shingle roofs can sustain punctures and dents that may lead to water intrusion during the next rainfall.

Passenger vehicles parked outdoors in residential and commercial lots around Bergland are vulnerable to deep denting on hoods, roofs, and trunk lids. Skylights, HVAC condenser fins, solar panels, and unprotected polycarbonate structures are also at elevated risk of breach. Property owners should anticipate both cosmetic and functional damage that will require staged inspection and documentation for repairs and claims.

What Contractors Should Know

Safety and triage are the immediate priorities. Crews should avoid working on wet, wind-swept roofs while the storm is active. Once conditions allow, perform a rapid exterior survey from the ground and with binoculars to prioritize work: identify open penetrations, compromised roof edges, and visible interior leaks. Photograph and geotag damage with timestamps before any temporary repairs. Temporary tarps should be installed only where ongoing water entry is confirmed and only after documenting existing damage.

Estimate scope from staged inspections. Check shingle granule loss, exposed sheathing, dent patterns on metal panels, and condenser coil damage. Include ancillary items in estimates—gutters, skylights, siding panels, soffits, and satellite dishes—rather than limiting scope to roofing alone. Coordinate with insurers and recommend controlled sample removals for matching materials where aesthetic replacement is requested. For precise hail track data and the paid damage mapping product, refer to the Strike Map for detailed radar-derived strike locations and the paid damage zone visualization.