Eagle Harbor, MI Hail Storm – July 2026

Eagle Harbor, MI is experiencing a severe thunderstorm on July 12, 2026 producing radar-detected hail up to 1.94 inches; the storm is active and continuing to produce hail.

What Happened

The cell moved through Eagle Harbor in mid-morning and remains active. The National Weather Service issued a severe thunderstorm warning for the local warning area at 7:35 AM EDT (11:35 UTC). The alert cited hail detected by dual-polarization NEXRAD hail detection with a maximum measured return corresponding to 1.94 inches. Observations from radar indicate a concentrated hail core moving northeast across the single reporting zone. Conditions may still be developing as the cell continues on its current trajectory.

Damage Assessment

Hail measuring nearly 2.0 inches poses immediate risk to unprotected vehicles and exterior building components in Eagle Harbor. Motor vehicle body panels and exposed glass are likely to show dents and broken mirrors where cars were parked outdoors. Single-layer asphalt shingles can sustain bruising and loss of granules in the impacted neighborhoods. Skylights, soffits, and vinyl siding on homes in the warning area are at elevated risk for cracking or punctures if directly struck. Ground-level soft materials such as outdoor furniture and landscaping plants may also show impact scarring in the hail path.

Inspectors should expect a patchy distribution of damage aligned with the radar-detected hail core rather than uniform coverage across the entire warning area. Where hail impacted solar arrays, look for microcracks and cell-level degradation rather than only surface pitting. Photographic documentation should capture scale and context with visible reference objects to link damage to the timing of the storm.

What Contractors Should Know

Do not begin external repairs while the storm is active. Prioritize safety and wait for local authorities to clear conditions. Mobilize teams for a rapid visual triage once the cell has passed. Start with vehicles and low-exposure structures, then move to roof-access inspections. Use ladders and harnesses with fall protection. Record the time of inspection and take wide-angle and close-up photos that include timestamps and GPS coordinates where possible.

For claims and temporary repairs, secure damaged areas with targeted tarping to prevent secondary water intrusion. Note the radar-detected 1.94-inch hail measurement and the NWS warning time in all reports. Focus initial repairs on vents, skylights, solar panels, and perimeter shingles where failure can lead to immediate leaks. Coordinate with adjusters and advise property owners on expected repair priorities. See the Strike Map for precise hail track data.