Frequently Asked Questions

Snow load, freeze-thaw cycles, and wind exposure accelerate shingle aging and flashing failures. Ice dams create moisture intrusion that isn't visible until interior damage appears. Roofs in Mid-Michigan typically show wear faster than moderate climates due to temperature swings between seasons.

Repair addresses isolated damage like missing shingles, flashing leaks, or storm impact when the underlying structure remains sound. Replacement becomes necessary when multiple areas fail, materials reach the end of rated lifespan, or repeated leaks indicate systemic wear. Age over 20 years and widespread granule loss usually signal replacement makes more financial sense.

In-house teams maintain consistent installation standards, follow the same training protocols, and answer directly to the company for quality control. Subcontractors introduce variability in craftsmanship and accountability. Direct crew oversight ensures ventilation, flashing, and sealing methods match project specifications without communication gaps.

Missing or creased shingles, dented flashing, granule loss in valleys, and soft spots indicating decking damage are primary storm indicators. Hail creates bruising that shortens shingle lifespan even when leaks haven't started. Inspections also check for wind-lifted edges and damaged drip edge that compromise water shedding.

Modern siding systems include foam backing or insulated panels that weren't standard in older construction. Proper sealing around windows, corners, and seams eliminates air gaps that allow heat loss. Insulated siding also reduces condensation between exterior and interior walls during temperature swings.

Persistent drafts despite weatherstripping, condensation between panes indicating seal failure, and difficulty operating due to frame warping justify replacement. Single-pane windows in Michigan homes lose significant heat regardless of condition. Replacement makes sense when energy loss exceeds the cost difference within five to seven years.

Tarping exposed areas stops water intrusion into insulation and ceilings until permanent repairs start. Temporary measures also include securing loose flashing and covering damaged valleys. Fast response limits secondary damage like mold growth, ceiling stains, and structural wood deterioration.

Detailed inspections identify all affected areas including less obvious damage like flashing dents and soffit impact. Photos showing granule loss, shingle creasing, and measurement references support claim accuracy. Documentation matching adjuster checklists speeds approval and prevents coverage disputes over storm-related wear.

Annual inspections catch minor issues before they become leaks, especially after winter ice dam season and fall wind events. Homes with roofs over 15 years old benefit from twice-yearly checks. Inspections after severe storms identify damage that may not cause immediate leaks but shortens remaining lifespan.