Property Protection
Gutters and Exterior Condition Review
Gutters are the drainage exit for everything your roof collects. When they fail — or go undocumented after a storm — the damage that follows is rarely covered the same way. Coordination with roofing decisions prevents sequencing errors, rework, and gaps in your condition record.
Updated June 18, 2026
What Gutter Review Covers
Every surface in the drainage path
Hail Impact Documentation
Aluminum gutters dent at lower thresholds than asphalt shingles. Round dimple dents across the gutter face confirm hail contact. The size of the dents corresponds to approximate hail diameter — this documentation serves as evidence of a hail event even when shingle damage is ambiguous from the ground.
Hanger & Fascia Condition
Spike-and-ferrule gutter systems installed before 2005 pull away from fascia over time. A gutter that appears intact from the ground can be pulling free at every third hanger. Fascia rot behind the gutter is common in Central Texas and invisible without hands-on inspection. Both conditions affect drainage performance and roofline integrity.
Drainage Path & Downspouts
Downspout discharge point, slope, and clearance from the foundation are all part of the condition record. In Central Texas where expansive clay soils respond directly to moisture, a clogged or misdirected downspout can cause foundation movement independent of any storm event. This gets documented as part of the full property condition review.
The Sequencing Issue
Gutters before or after roofing?
Gutter replacement after a roof replacement is standard. But the sequence matters. New shingles overhang the drip edge differently than old ones. Fascia that was acceptable with the old roofline may not accommodate new gutter hangers at the right pitch. And if gutters are replaced before the roof — particularly if the fascia is rotted and needs to be addressed first — new gutters can be immediately damaged when the roofing crew installs the drip edge.
The Roof Shepherd’s role is to document the existing gutter condition, identify what matters before any contract is signed, and give homeowners enough information to sequence the work correctly. That coordination is what prevents a $2,000 gutter replacement from being undone by a $10,000 roof replacement two months later.
Common Questions
What homeowners ask about gutters
Why should gutters be addressed at the same time as roofing?
Replacing a roof without addressing gutter condition means new roofing material drains into a compromised system. In Central Texas, hail and high wind frequently damage gutters in the same event that damages shingles. Separating the two creates downstream problems — often at the homeowner’s expense a year later when water intrusion appears and the roof contractor and the gutter contractor each point at the other.
How does hail damage gutters?
Hail impacts aluminum gutters at lower force thresholds than asphalt shingles. A 1-inch hailstone that leaves only granule displacement on shingles can leave visible dimple dents in soft metals. This makes gutter condition one of the most reliable ground-level indicators of whether a hail event occurred and how large the stones were. Round, evenly spaced dents across the gutter face are the signature pattern of a real hail event versus random mechanical damage.
What does a gutter inspection actually look at?
Hanger spacing and type, fascia board condition behind the gutter, pitch and drainage direction, debris load and blockage, soft-metal impact damage from hail, downspout condition and discharge, and end cap and corner integrity. Documentation covers all of these with photographs before any repair or replacement work begins.
Does The Roof Shepherd install gutters?
Gutter installation and replacement is coordinated through The Roof Shepherd’s documentation visit for Central Texas homeowners. The Roof Shepherd’s role is condition documentation and guidance — identifying what needs to be done and in what order — before any contractor quote is accepted.
What is the correct gutter slope and why does it matter?
Standard slope is ¼ inch of drop per 10 linear feet toward the downspout. Gutters that have settled flat hold standing water after every rain — which accelerates corrosion, supports mosquito activity, and overflows laterally during storms instead of routing through downspouts. In Central Texas, wood fascia movement from heat cycling gradually shifts gutter hangers and flattens slope over time. This is why gutter performance degrades on older systems even when the gutters themselves are intact.
How does gutter drainage affect a Central Texas foundation?
Central Texas clay soils expand when wet and shrink when dry. Consistent moisture variation at the foundation perimeter — the zone that roof drainage controls — is the primary driver of differential foundation movement in this region. A clogged or misdirected downspout deposits water in the same spot after every storm, saturating the clay locally while adjacent areas dry out. That imbalance is what produces sticking doors, corner cracks, and visible foundation deflection. Gutter condition is a foundation maintenance issue.
Water Management
Roof drainage as a system, not a feature
The Drainage Chain
Effective roof water management requires every component to function: drip edge → gutter → slope → downspout → extension → grade. A failure at any point defeats the components above it. A properly sloped gutter connected to an undersized downspout overflows in heavy rain. A correctly sized downspout discharging against flat grade pools water at the foundation. Central Texas storms can deliver 1–3 inches of rain per hour — a 1,500 sq ft roof generates 900+ gallons per hour of runoff that the drainage system must route away from the structure without overflow or ponding.
Slope, Capacity & Overflow
Standard residential gutters are sized at 4–6 inches wide. The correct slope is ¼ inch of drop per 10 feet of run, directing water toward downspouts. Gutters that have settled flat — common in Central Texas where wood fascia movement shifts hanger positions over time — hold standing water after every rain. Standing water accelerates corrosion, supports mosquito breeding, and overflows laterally at every storm rather than routing through downspouts. Gutter capacity also limits drainage: a 4-inch gutter serving a large roof section will overflow in any storm exceeding 0.5 inches per hour, regardless of how clean it is.
Foundation Impact in Clay Soils
Central Texas sits largely on expansive clay soils that swell when wet and shrink when dry. Consistent moisture variation at the perimeter — the zone directly controlled by roof drainage — is the primary driver of differential foundation movement in this region. A clogged or misdirected downspout deposits water against the foundation in the same spot after every rain, saturating the clay locally while the rest of the perimeter remains dry. This moisture imbalance is the soil condition that produces corner cracks, sticking doors, and visible foundation deflection. Roof drainage condition is a foundation maintenance issue, not a cosmetic one.
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