Tools & Technology

How to Read an EagleView Report (And Why It's Your Most Powerful Supplement Tool)

By Brandon Pelt · · 8 min read

Every measurement in the report is a potential supplement line item. Here's how to read it like a supplement estimator.

What Is an EagleView Report?

An EagleView report is an aerial measurement report — generated from satellite and aerial imagery — that produces an exact, measurable model of a roof. It's the same document both insurance adjusters and roofing contractors use, but they use it for different purposes.

Inside, you get the roof's geometry: total area, number of facets, predominant pitch, linear feet of ridges, hips, valleys, rakes, eaves, drip edge, flashing, and step flashing. You get a suggested waste percentage based on complexity. You get a complexity rating. You get a 3D representation of every plane on the roof. No tape measure, no guess.

Adjusters use it to write estimates fast. Supplement estimators use it for something more interesting: to find out where the adjuster cut corners. Every number on the report is an audit lever.

The Key Measurements That Drive Supplement Value

Not every number on the EagleView matters equally. These nine measurements are where the supplementable dollars live.

Total Roof Area (SF)

The foundation for every material quantity on the estimate. If the adjuster's total area doesn't match EagleView's, every material line item on the estimate is wrong by the same ratio — shingles, underlayment, ice & water shield, ridge cap, starter strip. A 5% area discrepancy on a $20,000 claim is $1,000 of material the adjuster didn't price.

Predominant Pitch

Anything 7/12 or steeper triggers steep slope labor charges in Xactimate. 8/12+ is where serious money starts compounding (fall protection setup, additional hand-nailing per GAF/CertainTeed/Owens Corning specs). 12/12+ triggers extreme steep adders. This single measurement, sitting in plain sight on the report, can add $1,500–$4,000 to the supplement when the adjuster scoped it as standard slope.

Number of Facets

The count of distinct roof planes. More facets means more complexity, more waste, more flashing transitions, and more labor time. EagleView reports it explicitly. If the adjuster's estimate uses a low waste percentage and the report shows 18+ facets, the math is wrong on its face.

Ridges & Hips (LF)

Linear feet of ridge-cap material. Adjusters frequently under-measure this — sometimes by 20–40 linear feet on a typical home. Compare the adjuster's LF to the EagleView LF. The delta is supplementable as both material (ridge cap shingles) and labor.

Valleys (LF)

Where valley metal or ice & water shield is required (IRC R905.2.7.1). Valleys are notoriously hard to measure from satellite, and adjusters routinely estimate rather than measure. EagleView's number is exact. It's also one of the most commonly under-measured items in our pre-audit data.

Drip Edge (LF)

Required by code at eaves and rakes per IRC R905.2.8.5. EagleView gives you the exact linear footage. If the adjuster omitted drip edge entirely, that's not a margin call — that's a code violation in the estimate.

Step Flashing (LF)

Where the roof plane meets a vertical wall (chimneys, dormers, wall transitions). Step flashing is missed on nearly every desk-adjusted estimate, because the adjuster never set foot on the roof to count the transitions. EagleView measures it directly.

Waste Factor (%)

EagleView suggests a waste percentage based on the roof's complexity, typically 10–25%. Adjusters frequently override the suggested value with a flat 10% or 12% to keep the estimate lean. The difference, multiplied by total area, is supplementable material. On a 30-square roof with a 15% suggested waste and an adjuster who used 10%, that's 1.5 squares of shingles plus underlayment plus starter that should have been on the estimate.

Complexity Rating

Simple, Moderate, or Complex. Affects waste factor, labor time, and the case for general-contractor coordination on Overhead & Profit. A "Complex" rating from EagleView is a piece of documented evidence you can hand the carrier when arguing O&P recoverability.

How Adjusters Use EagleView vs. How Supplement Estimators Use It

The same report, two different jobs.

Adjusters use EagleView to write the initial scope quickly. They accept defaults. They round measurements. They drop line items that require interpretation (step flashing, ridge cap LF discrepancies, complexity adders). The goal of the adjuster's workflow is speed — they're working 80 to 150 claims after a storm.

Supplement estimators use EagleView as an audit tool. Every number on the report is compared, line by line, against the adjuster's estimate. Every discrepancy is a potential supplement item with a paper trail. Where the adjuster sees a 30-second scope write-up, the estimator sees thirty individual measurement deltas, each with its own dollar value.

Why Ordering Your Own EagleView Pays for Itself

A residential EagleView report costs around $75. A claim where the contractor has their own measurement report is far harder for an adjuster to under-scope — the documentation supports every line item.

50–70x
return on a single $75 EagleView report. The math doesn't change once you understand the leverage.

Two scenarios:

Either way, the report pays for itself many times over. The contractors who don't order one are usually doing it because nobody told them how cheap it is or how big the recovery is.

How Sovereign Auto-Parses EagleView Data

Upload your EagleView PDF to the Sovereign platform — that's the entire workflow. From there:

You go from "I should probably get an EagleView" to "here's the documented supplement, with citations" in about 90 seconds.

Stop Leaving Money on the Table

Upload your next claim and we'll show you what the adjuster missed — measurement by measurement, with the code citations attached.

Get My Free Claim Analysis ›