What documentation do I need to close a roofing insurance claim?

The strongest documentation package covers four areas: code requirements specific to the jurisdiction, manufacturer installation requirements for the shingle type being installed, accurate quantity calculations for Ice and Water Shield, ventilation and shingle waste and verified weather history confirming any recent storm events. Together these give adjusters everything they need to approve the claim without follow-up.

Why is a code detail PDF more persuasive than simply stating what the code requires?

A PDF that cites the exact code language, shows enforcement status for the jurisdiction and includes visual references to the relevant roof components is far harder to dispute than a verbal or written assertion. Major insurance carriers across the U.S. have begun accepting OneClick Code reports as valid third-party proof, which speeds up approvals significantly.

Can manufacturer installation requirements affect a roofing estimate even when local building codes don't require it?

Yes, manufacturer requirements can and often do require line items that local codes do not mandate. A manufacturer may require drip edge for their warranty to remain valid even in a jurisdiction where drip edge is not a code requirement. Missing that in your estimate means either the roof isn't installed to spec or you absorb the cost yourself.

How does weather history data support a storm damage roofing claim?

Verified weather history reports confirm the date, size and intensity of recent hail and wind events associated with the property. That data links the roof damage to a specific storm and gives the adjuster third-party evidence they can reference, rather than relying solely on the homeowner's account.

How accurate are roofing estimates done with manual processes?

Less accurate than most people assume, and the error is rarely random. Manual processes rely on calling municipalities (where the information is often inconsistent), using spreadsheets that may reference outdated codes and copying figures between documents by hand. Every step introduces an opportunity for the wrong jurisdiction, the wrong code or the wrong line item to end up in the estimate. The result is an estimate that looks complete but is built on information that has not been verified against the actual governing requirements of the property.

Why do manual estimating systems create conflict between contractors and adjusters?

Because both parties do the same research independently and often arrive at different numbers. A contractor might spend two hours tracking down jurisdiction, compiling code documentation and checking manufacturer requirements. An adjuster does the same work separately, using different sources. When the numbers diverge, neither party can easily show the other that their version is correct, which turns a data problem into a dispute. Shared, automated tools eliminate the divergence at the source.

What does it cost a roofing business to keep using manual processes for building code research?

The direct cost is the time spent on research that does not need to be manual: calling municipalities, cross-referencing codes and compiling documentation can easily add up to two or more hours per claim. The indirect cost is harder to quantify but larger: estimates built on wrong codes lead to supplements, disputes, delayed payments and eroded trust with insurance carriers. Switching to automated tools turns those hours and that risk into a fixed, predictable cost per report.

Can you do a roof inspection with a drone?

Yes, and for many situations it is a better option than sending someone onto the roof. A drone can capture detailed imagery of the entire roof surface from multiple angles without anyone climbing, which matters especially for steep, damaged or otherwise unsafe roofs. Some drones can be programmed to calculate square footage, record pitch and identify features like valleys and penetrations, producing data that would take a manual inspection significantly longer to gather.

What are the main benefits of using drones for roofing inspections?

Safety is the biggest one: keeping people off roofs that are degraded, steeply pitched, wet or otherwise hazardous. Efficiency is close behind since drones can cover the same ground as a manual inspection in roughly a third of the time. The documentation they produce is also more objective than handwritten notes: images with a time and location stamp that can be stored, shared and reviewed by multiple parties, which is valuable when building or disputing an insurance claim.

Are drones too expensive or too difficult to operate for most roofers?

Neither concern holds up for most businesses. The upfront cost is real but drones pay for themselves quickly through reduced man-hours and improved safety, and they depreciate as a business asset like any other tool. On the learning curve side, professional drones designed for roofing are built for ease of use: most operations come down to button pushes or basic joystick movements rather than manual piloting skill. FAA regulations do apply and vary by area, but OneClick Code includes FAA rules and requirements within its property reports alongside roofing codes, so you have what you need without a separate research step.