Common storm causes in Spokane include high winds from winter storms that tear roofing materials, hail that pits siding and shingles, and prolonged heavy rain that overwhelms gutters and foundations. Freeze-thaw cycles common in the region often worsen small cracks into larger entry points for water.
Safety considerations start with shutting off power to affected areas and checking for structural instability before entry. Assessment involves documenting visible damage, using moisture meters on walls and floors, and identifying hidden water paths in attics or crawl spaces.
Extraction and Drying Process
Water extraction uses truck-mounted pumps for standing water followed by air movers and dehumidifiers to pull moisture from drywall, insulation, and subfloors. Deodorization with hydroxyl generators addresses musty odors from prolonged dampness in Spokane's cooler climate.
Contents handling includes removing salvageable items like furniture and documents for off-site cleaning when on-site drying risks further damage. Restoration decisions weigh repair versus replacement by inspecting framing integrity and material condition after drying is complete.
Repair vs Replace Considerations
Repair is prioritized for localized roof or siding sections when underlying sheathing remains sound. Full replacement becomes necessary only when multiple layers of damaged material or widespread mold growth appear after storm events.
Technician insight
In Spokane, the thing that catches most people out with Storm Damage Repair is how quickly wind-driven rain finds the gaps around older cedar shake roofs on homes built before 1970. Those shakes cup and split after a few freeze-thaw winters, so water travels under the felt and soaks the attic insulation before homeowners notice ceiling stains. Checking the attic right after the storm, not just the roof surface, changes the whole scope of drying needed.
Wind-Driven Rain Through South Wall
Heavy winds pushed rain under the siding of a 1960s Spokane home, soaking insulation and reaching the subfloor. Moisture readings showed saturation extending three feet up the interior walls. Extraction and targeted drying prevented mold growth; only the lower sections of drywall and insulation needed replacement rather than full-room rebuild.
Storm Damage Repair Services We Offer
✓Wind Damage Roof Assessment
Identifies lifted shingles, torn flashing, and attic moisture entry points so repairs target only affected sections.
✓Hail Impact Siding Repair
Removes dented panels and replaces insulation behind them to prevent future water intrusion through compromised surfaces.
✓Storm Water Extraction
Removes standing water from basements and crawl spaces using submersible pumps before mold sets in.
✓Structural Drying After Storms
Deploys industrial drying equipment on walls and floors to reach manufacturer-specified moisture levels in Spokane's humid winter air.
✓Debris and Tree Limb Removal
Clears fallen branches and storm debris from roofs and yards to allow safe access for further restoration work.
✓Contents Cleaning and Storage
Cleans and stores household items off-site when on-site conditions risk additional damage during drying.
How it works
- 1
Site Assessment
Document visible damage and use moisture meters to map water migration through walls and ceilings.
- 2
Safety Securing
Isolate electrical hazards and tarp exposed roof sections to prevent additional water entry.
- 3
Extraction and Drying
Remove standing water then run air movers and dehumidifiers until materials reach dry standards.
- 4
Restoration Decisions
Evaluate whether damaged sections can be repaired or require material replacement based on structural integrity.
Pricing
Costs vary with the square footage affected, depth of water penetration into subfloors, and whether contents require off-site cleaning.