Free Roof Inspection in North Texas

What We Evaluate

Overall age, granule retention, blistering, and wear patterns across every slope — documented with high-resolution drone imagery.

Why It Matters

Granule loss exposes the asphalt mat to UV, accelerating failure. Blistering and cracking indicate advanced heat degradation. Understanding the baseline condition tells us how much useful life remains.

Inspection Limitations

Drone imagery shows surface condition clearly. Concealed damage beneath shingles or underlayment cannot be seen without removal, which is outside the scope of a free inspection.

What We Evaluate

We identify shingles that are missing, cracked, curled at the edges, or lifted from the self-seal strip — and document the location and extent.

Why It Matters

Missing shingles expose underlayment and decking to direct water. Cracked or curled shingles have lost their weather seal. Lifted tabs allow wind-driven rain underneath. Each is a potential leak path.

Inspection Limitations

We identify surface-visible defects from drone imagery. Shingles that appear sealed from above may have partial adhesion that is not detectable without physical contact.

What We Evaluate

We look for bruising, fractured mats, granule displacement, and starburst patterns — the specific damage signatures that insurance carriers evaluate.

Why It Matters

Hail damage is often invisible from the ground but shortens roof life significantly. Documenting these indicators promptly after a storm is important for insurance purposes, as most policies require timely reporting.

Inspection Limitations

Small hail strikes can be difficult to distinguish from manufacturing imperfections or normal wear in drone imagery. If hail damage is suspected, we note it for closer evaluation.

What We Evaluate

We check for creased tabs, broken seal strips, shingles lifted at edges, and patterns that correlate with wind direction — indicators that wind has compromised the roof system.

Why It Matters

North Texas routinely sees 60+ mph winds. Once tabs are creased or seals are broken, rain enters under shingles and follows the decking slope into the building. Wind damage is often progressive — what starts as a lifted tab becomes a missing shingle in the next storm.

Inspection Limitations

We document visible wind indicators from drone imagery. Shingles that appear flat may have weakened seals that would only be confirmed by physical testing, which is not part of a standard drone inspection.

What We Evaluate

We examine ridge cap shingles and hip lines for proper installation, sealing, and damage. These are the highest-stress areas for wind.

Why It Matters

Ridge caps are the first to fail in high winds. Lifted or missing caps expose the ridge vent and create a direct path for water entry along the roof's highest line.

Inspection Limitations

Ridge cap underlayment and fastener condition are not visible from drone imagery alone.

What We Evaluate

We inspect step flashing, headwall, sidewall, counter-flashing, and drip edge for gaps, corrosion, failed sealant, and proper overlap.

Why It Matters

Flashing is where most roof leaks originate. Failed sealant, lifted edges, or corroded metal allow water behind the flashing and into the wall or attic. Flashing problems are repairable without replacing the roof if caught early.

Inspection Limitations

Flashing that is concealed behind siding, chimneys, or skylight trim cannot be fully evaluated from drone imagery. We flag areas that need closer inspection.

What We Evaluate

We inspect valley metal or woven valley shingles for wear, debris buildup, corrosion, and proper water flow.

Why It Matters

Valleys carry the most concentrated water flow on the roof. Debris traps moisture, corroded metal develops pinhole leaks, and lifted edges create a path for water to escape under the valley system.

Inspection Limitations

Valley underlayment condition is not visible without removing the valley metal or shingles.

What We Evaluate

We check rubber and lead pipe boots for cracking, UV breakdown, gaps around the pipe, and proper flashing integration.

Why It Matters

Rubber pipe boots crack from UV exposure within 7-10 years. A cracked boot allows water to run directly down the pipe into the attic — one of the most common and preventable leak sources in DFW homes.

Inspection Limitations

The seal between the boot and the pipe may appear intact from above while allowing water intrusion at the base. We flag aging boots for replacement.

What We Evaluate

We inspect chimney flashing (step, counter, and saddle), cricket condition if present, mortar joints, and chimney cap.

Why It Matters

Chimney flashing is a high-risk leak area. Deteriorated mortar, failed sealant, or lifted flashing allows water behind the chimney and into the attic or living space. Chimney problems can exist independently of roof condition.

Inspection Limitations

Interior chimney structure, flue condition, and flashing concealed behind siding are outside the scope of a roof inspection. A chimney specialist may be recommended for structural concerns.

What We Evaluate

We check skylight flashing, curb condition, sealant, and the surrounding shingle integration.

Why It Matters

Skylights are a frequent leak source. Failed sealant, lifted flashing, or improper shingle integration allows water to pool and penetrate. Leaks around skylights can mimic roof leaks but originate at the skylight assembly.

Inspection Limitations

Interior skylight frame condition and condensation between panes are not evaluated during a roof inspection.

What We Evaluate

We inspect turbines, powered vents, satellite mounts, solar panel attachments, HVAC curbs, and exhaust vents for secure mounting, proper flashing, and sealant condition.

Why It Matters

Every penetration through the roof surface is a potential water entry point. Loose mounts, failed sealant, or improper flashing allow water in during rain. Solar and satellite attachments are often installed by trades other than roofers and may not be properly flashed.

Inspection Limitations

Fastener condition beneath attachments and sealant under mounting plates are not visible from drone imagery.

What We Evaluate

We assess gutter condition from the roofline — checking for sagging, overflow signs, debris buildup, downspout placement, and whether gutters are properly sized for the roof area.

Why It Matters

Overflowing or undersized gutters send water down siding and toward the foundation. Poor drainage causes soil erosion, staining, and potential foundation issues. Gutter problems can cause symptoms that look like roof leaks but originate at the gutter system.

Inspection Limitations

We assess gutter condition from the roofline. A full gutter cleaning and internal inspection is a separate service if needed.

What We Evaluate

We look for visible sagging, uneven roof planes, and areas where decking may be compromised — indicators of potential structural issues.

Why It Matters

Sagging indicates decking deterioration, rafter issues, or structural movement. These are not cosmetic problems — they can progress to structural failure if not addressed. Decking condition directly affects replacement scope and cost.

Inspection Limitations

Decking condition beneath intact shingles cannot be assessed without removal. We flag suspected areas for evaluation during any future replacement. Soft spots are not detectable through drone imagery.

What We Evaluate

When attic access is available and the homeowner requests it, we check intake and exhaust ventilation balance, soffit vent blockages, and signs of excess heat or moisture on the underside of the decking.

Why It Matters

Inadequate ventilation is one of the most common causes of premature shingle failure in North Texas. Attic temperatures exceeding 150 degrees bake shingles from underneath. Many manufacturer warranties require balanced ventilation to remain valid. Moisture in the attic promotes mold and accelerates decking rot.

Inspection Limitations

Attic inspection is included when access is available and the homeowner requests it. If attic access is limited, blocked, or the homeowner does not request it, ventilation is assessed from exterior indicators only. We can schedule a separate attic assessment if needed.

What We Evaluate

We look for water staining on shingles, dark streaks following water paths, displaced granules in gutters, and visible drip marks or moisture at penetrations.

Why It Matters

Water follows the path of least resistance, which is often not where the visible stain appears. Identifying the entry point is the first step in determining whether a repair or replacement is needed. Previous leak evidence helps us recommend the right scope of work.

Inspection Limitations

Active leaks inside the home may not be visible from the roof surface. Interior staining, attic moisture, and ceiling damage are best reported by the homeowner during the inspection booking.

What We Evaluate

We document any interior ceiling stains, wall discoloration, or attic moisture that the homeowner reports. This information helps us trace the likely roof entry point.

Why It Matters

Interior stains confirm that water has reached living spaces. The location of the stain relative to roof features (chimneys, vents, valleys) helps narrow the source. This is critical context for recommending the right repair.

Inspection Limitations

We do not enter the home or inspect interior spaces during a standard roof inspection unless the homeowner specifically requests it and access is available. Interior observations are based on homeowner-reported information.

What We Evaluate

Based on all findings — shingle condition, age, damage extent, ventilation, and wear patterns — we provide an informed estimate of how many years of useful life the roof likely has under normal conditions.

Why It Matters

This estimate helps you plan. If the roof has 10+ years of remaining life, a repair may be the right call. If it has 2-3 years, planning for replacement makes more sense. This is one of the most valuable pieces of information a free inspection provides.

Inspection Limitations

This is an informed estimate based on visible condition, not a guarantee. Actual roof life depends on future weather events, maintenance, ventilation, and factors we cannot see. We explain the basis for our estimate in the report.