Hail Damage Roof Repair for Eastvale, California

The roof is divided into zones and each is photographed with a scale reference and a chalk or marker circle around individual strikes. Strike density per zone is counted rather than estimated. Rooftop equipment is inventoried separately, since a cracked skylight dome, a shattered vent lid and a punctured air conditioner shroud are three distinct line items with three part numbers, not one general note about storm damage. Adjusters work from line items, so that is how the report gets built.

Then the assessment looks for what is not visible. The decking gets probed at strike concentrations, moisture readings are taken inside along the ceiling, and any fiberglass surface is checked for gelcoat fracture that has not yet opened. All of it goes into a written report with photographs. If a supplement becomes necessary because teardown reveals more, the original documentation makes that supplement straightforward instead of contentious. Everything is timestamped and stored with the job record.

It depends on whether the damage is to the membrane or through it. Scattered surface bruising on an otherwise sound EPDM sheet with intact decking underneath can sometimes be left alone or addressed with targeted patching. Once the sheet is punctured in multiple places or the underlying decking has been fractured, the membrane comes off and both get replaced. Half measures here produce a roof that leaks in a pattern nobody can chase.

Aluminum roofs are the friendlier case. Dimpled aluminum can often be worked back with careful pressure and heat, and the seams resealed, which preserves the original material. Fiberglass is the least forgiving because gelcoat fractures under impact and those fractures propagate. A fiberglass roof with widespread hail strikes generally needs resurfacing rather than individual crack repair, since there are simply too many origins. Resurfacing also restores the reflective white that keeps the interior cooler.

Vent lids go first. They are thin polycarbonate or ABS, they sit proud of the roof, and they shatter readily. Skylight domes are next, and a cracked dome over a shower is an immediate water entry point. Air conditioner shrouds crack across the top and while a cracked shroud does not itself leak, it lets water and debris into the unit and it will keep degrading in sunlight until it fails completely.

Solar panels deserve a careful look because they can suffer micro-fracturing in the cells that produces no visible damage but measurably reduces output. Testing output against the rating tells the story. Satellite domes, antennas and roof-mounted fans round out the list. Each of these is replaced rather than repaired, and each is a separate claim line, which is why the itemized inventory matters at the assessment stage. Part numbers come off the units themselves rather than from a model guide.

Wind-driven hail routinely damages the upper sidewalls, the front cap and any awning fabric that was extended. Fiberglass caps show star fractures and gelcoat crazing. Aluminum siding dimples. Awning fabric gets punched through. Those all get inspected as part of the same assessment because they belong on the same claim, and finding them after the claim is settled is a frustrating conversation for everyone. One assessment covering the whole vehicle avoids that entirely.

Repair sequencing usually runs roof first, then vertical surfaces, then awning, because roof work can drop debris and require access from above. If refinishing is involved, the paint scheduling drives the calendar. We lay out the sequence at authorization so the owner knows roughly when the coach becomes usable again rather than getting a single completion date with no visibility into the middle. You will know which week the roof closes up and which week paint begins.