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From the field

Real findings, read by certified specialists

Every photo below comes from actual assessment work in California WUI communities. This is how a Certified Wildfire Mitigation Specialist sees a property: where embers get in, what a proper retrofit looks like, and what it takes to call a home hardened.

Covered generator, fuel cans, hoses and equipment stored beneath a wood deck on a vegetated slope — Deck and under-deck clearance
Combustible storage under an elevated deck
A generator, covered equipment, and cordage stored under a wood deck on a downslope. Fire runs uphill; anything stored here becomes the ignition source that takes the deck, and the deck takes the house. Clear the space and screen the skirting.

Asphalt shingle roof edge with needle debris collected in the gutter beneath overhanging conifer limbs — Roof and gutter condition
Needle litter at the roof edge, canopy overhead
Dry needle debris in the gutter and on the shingles, directly under overhanging limbs. Embers landing here find pre-staged fuel at the most vulnerable line of the roof. Clean the edge, trim the canopy back, and consider gutter guards.

Tall dry grass and ferns growing against home siding near a propane tank on a wooded slope — Zone 0 and Zone 1 vegetation
Unmanaged grass to the siding, propane close by
Seasonal grass and ferns touching the structure with a propane tank in the path. Flame lengths in cured grass are more than enough to reach the eave line. Cut to four inches, clear the first five feet to bare soil or hardscape, and open space around the tank.

Round frieze block vent holes under an eave, screening condition unclear with visible dust and webs — Ember-resistant vents
Frieze-block vents: the ember test
Round vents drilled through the frieze blocks under the eave. From the ground they look fine; up close, the question is whether metal mesh at one-sixteenth inch backs every hole. If a pencil eraser can pass, so can an ember. Verify and retrofit.

Older wooden louvered gable vent with coarse screen and tall grass growing against the wall below — Ember-resistant vents
Legacy louvered vent with coarse screen
An older louvered vent with wide screening behind the slats, and grass growing to the wall beneath it. This is the classic pre-retrofit condition: functional for airflow, open to embers. A fine-mesh retrofit here is one of the cheapest wins on the whole checklist.

Wood lattice skirting beneath a structure with bicycles and items stored in the open bay — Under-structure protection
Lattice skirting and open storage bays
Diagonal lattice reads as skirting but performs as kindling: thin combustible strips with open gaps, in front of stored bikes and equipment. Replace with solid or metal-mesh skirting and relocate the storage.

Second-story wood deck on posts with exposed underside, gas meter and shrub at the base — Deck and under-deck clearance
Elevated deck over utilities and plantings
An exposed post-and-beam deck with the gas meter and ornamental plantings at its base. The underside of a deck is a heat trap; keep the area beneath it noncombustible and maintain clearance around the meter.

Weathered wood exterior stairs between buildings with tall grass against the siding and a tankless water heater — Zone 0 vegetation
Grass in the corridor between structures
A narrow corridor between structures channels wind and flame. Tall grass against both walls plus weathered wood stairs give fire a path and a ladder. Corridors like this get cleared first.

Foundation vent with fine mesh partially breached by growth around a pipe penetration — Ember-resistant vents
Good mesh, compromised penetration
The mesh itself is right; the breach around the pipe penetration defeats it. Ember protection is only as good as its worst gap. Seal the penetration and restore the full screen line.

Open-beam eaves with exposed rafter tails above a new gutter installation and a ladder — Enclosed eaves
Open-beam eaves at the roofline
Open rafter construction gives rising heat and embers pockets to work into where roof meets wall. Where architecture allows, enclosing or fire-blocking these bays hardens the most-attacked seam on the structure.

Two-story home with white deck railings set among redwoods, dense ferns and brush on the slope below — Zone 1 and slope management
Living in the trees, defending the slope
A beautiful WUI setting with the classic exposure: dense understory running downslope beneath elevated decks. Fire pre-heats what is above it. Managing the ladder fuels on this slope protects the deck line above.

Round eave vents with dark fine mesh visible inside each opening above a window — Ember-resistant vents
Screened frieze vents, done right
The same round-vent detail as the hazard example, but here fine metal mesh is visible in every opening. This is what the standard looks like from the ground. Verified with a close inspection and documented per vent.

Foundation vent covered with fine metal mesh in a painted frame — Ember-resistant vents
Fine-mesh foundation vent
Tight metal mesh across the full opening with an intact frame. During assessment we verify the mesh is metal, one-sixteenth inch, and fastened at every edge. This one passes.

Stucco foundation vent with fine mesh and sealed edges — Ember-resistant vents
Mesh retrofit with sealed edges
A clean retrofit: fine mesh with the perimeter sealed into the stucco so there is no bypass at the edges. The detail work at the boundary is what separates a real retrofit from a visual one.

New brown louvered metal vent installed beside an older hooded vent on wood siding — Ember-resistant vents
Retrofit beside original: before and after in one frame
A new baffled metal vent installed alongside the original hooded unit, one wall telling the whole retrofit story. Each vent gets verified and photographed individually on the record.

Gravel ground cover along a garage wall with a wood lattice gate attached to the structure — Zone 0 and fence connection
Gravel base earned, lattice still attached
The gravel ground cover is exactly right for the first five feet. The combustible lattice gate tied directly to the structure hands that win back. Swap the final five feet of fence and gate to noncombustible material.

Flagstone hardscape wrapping a stucco home with shrubs planted near the wall — Zone 0
Hardscape wrap with plantings to manage
Stone hardscape at the foundation is a strong start; the shrubs against the wall reintroduce fuel into the five-foot zone. Keep the hardscape, relocate or heavily maintain the plantings.

Two-story wood-sided home among redwoods with gable vents and foundation vents visible — Full-property walk
Where every assessment starts
A whole-structure read before the detail work: roof class, vent count and type, eave construction, wall materials, and the vegetation lines. Every finding that follows hangs on this first walk.

Single-story white ranch home with stone patio, cushioned outdoor furniture near the walls and a screened porch — Zone 0
Hardscape patio, combustible furnishings
A generous noncombustible patio is a real asset. The cushioned furniture staged against the walls is stored fuel in the ember zone; during red flag conditions it belongs away from the structure. The screened porch earns points if its mesh is fine metal.

Illustration of a home with a standing seam metal roof — Class A roof
The gold standard roof
Illustration: standing seam metal. Class A, noncombustible, shed-clean at the edges.

Hardened home with metal shingle roof, fiber cement shake siding, paver hardscape and river rock beds — The full standard
Hardened from the ground: metal roof, fiber cement, stone
Metal shingle roof, HardieShake fiber cement siding, paver hardscape, and river rock at the foundation line. Noncombustible surfaces meeting noncombustible ground: this is the checklist, built.

Copper exterior sprinkler lines running along the eaves of a fiber cement shake home — Beyond the checklist
Exterior eave sprinklers: the active layer
Copper sprinkler lines tracing the eaves, an active defense system installed over fiber cement siding and a metal shingle roof. Active systems sit outside the discount checklists, and on a hardened shell like this one they add a final layer the checklist cannot.

Fine micro-mesh gutter guard installed along a composition shingle roof edge — Roof and gutter condition
Ember-resistant gutter cover, installed right
Micro-mesh across the full gutter run: debris stays out, so embers landing at the roof edge find metal and mesh instead of a trough of dry needles. A named FAIR Plan discount item.

Elevated wood deck with framed fine metal mesh skirting panels beneath — Under-structure protection
Deck skirting, the right way
Framed fine-mesh panels sealing the under-deck bays on a slope. Compare this to lattice: same airflow, none of the kindling, and nothing stored behind it. This is what passes.

Full run of fine metal mesh sealing the under-floor of a hillside structure to its concrete stem wall — Under-structure protection
A sealed underbelly on a burn-scar hillside
Continuous fine metal mesh from framing to stem wall on a hillside rebuild, under a metal soffit. Embers rolling uphill meet a closed system. Detail work like this is why rebuilt homes can outperform their neighborhoods.

New eave construction with fine mesh strip vents and screened round vents — Ember-resistant vents
Ventilation that breathes without burning
Fine-mesh strip vents and screened rounds in fresh eave work. Attics need airflow; the standard is airflow through metal mesh an ember cannot cross.

Stucco home with arched windows and dark metal roof edge, tall cypress close to the structure — Walls and Zone 1 vegetation
Noncombustible shell, one tree to talk about
Stucco walls, metal roof edge, sealed cornice detail: a strong noncombustible shell. The Italian cypress standing against it is among the most torch-prone plantings in California. One conversation with an arborist finishes this property.

Modern ranch home with metal roof, wood-look fiber cement siding, and river rock at the foundation line — The full standard
The standard, illustrated
Illustration: metal roof, fiber cement siding, dual-pane windows, and a clean noncombustible apron in the first five feet. What every measure looks like when it comes together.

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