Property Inspection
Roof Inspection Photo Guide: What to Capture on Every Visit
The roof is the most expensive system in most residential properties and the most commonly disputed in storm damage claims. A roof inspection photo record — built annually and updated after every significant weather event — is the documentation that determines whether a storm damage claim succeeds and whether roof condition is accurately represented in a property sale or insurance policy.
Priority areas to photograph on every inspection
Highest priority — failure-prone elements
- All flashings: chimney base (all four sides), step flashing along walls, counter flashing, pipe boots at each penetration
- Valleys: each valley from above if accessible, or from eave level showing full valley run
- Eaves and rakes: soffit and fascia condition, any signs of ice dam damage (lifted shingles, staining)
- Ridge and hip cap: ridge cap shingle condition, any lifting or cracking
Field of roof by slope
- North slope: prone to moss and algae; longest to dry; note any growth or discoloration
- South slope: most UV exposure; shingles age faster; check for granule loss and curling
- East and west slopes: wind exposure varies; note any lifted tabs
- Any section where roof slope changes — these transitions are high-risk for water intrusion
Gutters and downspouts
- Gutter condition: sagging, separation at seams, visible rust or damage
- Granule accumulation in gutters: excessive granule loss visible in gutter channels indicates shingle deterioration; photograph accumulation with context
- Downspout condition and terminus
Flashing and penetration documentation
Flashings are the most common source of roof-related water intrusion and the most underrepresented in amateur inspection photos. Each flashing needs individual documentation:
- Chimney flashing: all four sides — front (downslope), back (upslope step or cricket), and both sides. The back of the chimney where water ponds against the masonry is the highest-risk location.
- Pipe boots: each plumbing vent pipe, HVAC exhaust, and other penetrations — close enough to see the boot seam and any cracking or separation at the base
- Skylight flashings: all four sides, plus the condition of the skylight seal itself
- Wall flashings: where roof meets a vertical wall — step flashing condition and counter flashing cap
- Vent flashing: all exhaust, soffit, and ridge vents — collar condition
After-storm documentation sequence
After any significant storm — before cleanup or repairs begin:
- Overall roof condition from ground: any visible damage from safe positions
- Any displaced, missing, or lifted shingles: photograph in place and on the ground if fallen
- Damage to metal surfaces: gutters, flashing, and HVAC equipment show hail dents clearly — photographed close with scale reference
- Interior: immediately check attic for any water intrusion following the storm — photograph any wet insulation or staining visible in the attic
- Ground-level debris: fallen shingles, branch impact damage to shingles, any granule accumulation on ground below downspout terminus
- Weather reference: screenshot or photograph weather station data showing storm intensity, date, and hail size if applicable — NOAA storm reports are accessible for documented events
Photographing hail damage
Hail damage on asphalt shingles is often subtle and contested by adjusters. Effective documentation:
- A circular impact mark with a dark center where granules are missing — different from mechanical impacts (which have angular edges) or blistering (which is round but not dark-centered)
- Photograph with a ruler or coin beside each impact to establish size — hail size affects damage severity and is noted in NOAA storm reports
- Multiple impacts per square foot in a random distribution pattern — distinguishes hail from other causes
- Metal surfaces (gutters, flashing, HVAC equipment) with dents corroborate the hail event independently of shingle condition
- Compare to protected surfaces — roof areas protected by a large tree or overhanging structure should have fewer impacts if damage is hail-related
Building an annual roof condition record
Year-over-year roof photos taken from consistent positions — same angle, same locations — create a visual timeline that answers the key insurance question: was this damage present before the storm, or is it new?
- Photograph each roof slope from at least two positions (both eave-end angles) at each annual inspection
- Photograph all flashings and penetrations annually — condition changes here are diagnostic for water intrusion onset
- Note and photograph any visible granule loss progression — granule accumulation in gutters increasing year over year indicates roof approaching end of life
- After any roof service (cleaning, sealant application, repair), photograph the completed work as a post-service record
When a hail storm hits, the adjuster reviews your annual photos and the post-storm photos side by side. Damage visible post-storm but not in the prior-year inspection is definitively storm-caused. Damage in both records is pre-existing. This is the documentation structure that gets claims approved rather than disputed.
Frequently asked questions
How often should a roof be photographically documented?
Annual documentation is the baseline, plus after any significant storm before repairs begin, after any roof service as a post-service record, and at purchase of any property before taking title. Annual photos create the year-over-year condition timeline that directly affects storm damage claim outcomes.
What parts of a roof are most important to photograph?
In priority order: flashings (chimney, pipe boots, skylights, walls), penetrations, valleys, eaves and rakes, the general field by slope, and gutters and downspouts. Flashings fail at higher rates than field shingles and are the most common source of water intrusion.
How do roof inspection photos support an insurance claim?
Pre-storm photos establish what was present before the event. Post-storm photos show new damage. Without pre-storm photos, adjusters can argue damage was pre-existing — reducing or eliminating coverage. Annual inspection records resolve this definitively.
Can I document a roof safely without getting on it?
Ground-level photography from a ladder at the eaves with a telephoto lens captures most key areas. Drone photography provides better coverage without fall risk. If you cannot safely access the roof, a professional inspector's documented report is the appropriate approach.
What does hail damage look like on a roof and how do I photograph it?
Circular impact marks with dark centers where granules are displaced. Photograph with a ruler or coin for size reference. The random distribution pattern distinguishes hail from mechanical damage. Also photograph metal surface dents (gutters, flashing) which corroborate the storm event.
How do I organize roof inspection photos for a property with multiple roofs?
Tag by building, roof zone (north-slope, south-slope, valley-1, ridge), element (field-shingles, chimney-flashing, pipe-boot, gutter), and inspection year. This allows filtering to any zone's condition history or any element's year-over-year trend.
Related guides
A roof condition record that resolves storm damage claims before disputes begin
TaggingSpace organizes roof inspection photos by slope, element, and inspection date — so the year-over-year condition timeline of any roof section is retrievable when an adjuster asks what was there before the storm. Local-first. No cloud required.
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