Xactimate and Estimating Tools in Fire Restoration

Estimating tools like Xactimate play a central role in how fire damage scopes are quantified, priced, and negotiated between restoration contractors, insurance carriers, and property owners. This page covers the major estimating platforms used in fire restoration, how line-item pricing structures are built, where these tools align with or diverge from actual field conditions, and how estimating outputs connect to the broader fire damage insurance claims process. Understanding these tools matters because estimate disputes are among the most common sources of delayed settlements and underfunded restoration scopes.

Definition and scope

Xactimate is a claims estimating software platform developed by Verisk Analytics and licensed to insurance carriers, independent adjusters, restoration contractors, and public adjusters across the United States. It produces line-item cost estimates for property damage repair using a geo-coded price list — meaning labor and material unit costs are indexed to specific ZIP codes and updated on a schedule tied to regional market conditions.

In fire restoration, Xactimate estimates serve as the primary financial document used to authorize repair scopes. The platform assigns individual pricing codes (called "line items") to discrete tasks: demolition, structural drying, soot cleaning, odor treatment, content manipulation, and reconstruction. Each line item carries a labor component, a material component, and an overhead-and-profit (O&P) percentage that contractors apply to the subtotal.

Xactimate is not the only estimating platform in use. Symbility (now part of CoreLogic) and XactAnalysis serve similar functions in specific carrier networks. Some carriers use proprietary estimating tools. However, Xactimate holds the dominant market position — Verisk reports broad adoption across major U.S. property and casualty carriers — making its pricing structure the de facto benchmark against which other estimates are compared.

The scope of a fire restoration estimate typically encompasses five cost categories:

  1. Emergency services (board-up, tarping, water extraction from suppression)
  2. Demolition and debris removal
  3. Hazardous material abatement (asbestos, lead)
  4. Structural restoration and reconstruction
  5. Contents handling and decontamination

How it works

A fire restoration estimate is built from a site inspection, then translated into the platform's line-item structure. The process follows a defined sequence:

  1. Scope documentation — The estimator walks the structure, photographs damage zones, and notes affected materials by room or area. This data feeds directly into the fire damage assessment and documentation process that precedes any estimate build.
  2. Room-by-room measurement — Square footage, linear footage, and unit counts are entered for each affected area. Xactimate uses these measurements to auto-calculate quantities for ceiling, wall, and floor line items.
  3. Line-item assignment — Each repair task is matched to a specific Xactimate code. For example, soot cleaning of a textured ceiling carries a different code — and different unit price — than cleaning a smooth ceiling. Selecting the wrong code systematically under- or over-prices the scope.
  4. Price list application — The platform applies the current regional price list to every line item. Price lists are updated monthly by Verisk, and a ZIP code mismatch (applying the wrong regional list) can produce material cost distortions.
  5. Overhead and profit calculation — General contractors typically add 10% overhead and 10% profit to the direct cost subtotal, a convention recognized by most major carriers for jobs requiring general contractor coordination.
  6. Estimate export and submission — The completed estimate is exported as a PDF or transmitted through XactAnalysis (Verisk's carrier-facing portal) for adjuster review.

For scopes involving structural fire damage restoration or hazardous materials, line items must reference compliant abatement procedures. The Environmental Protection Agency (EPA) governs lead paint disturbance under 40 CFR Part 745, and the Occupational Safety and Health Administration (OSHA) regulates asbestos abatement under 29 CFR 1926.1101. Estimates that omit required abatement line items create scope gaps that leave contractors exposed to compliance liability.

Common scenarios

Insurance-adjuster-produced estimates occur when the carrier's field adjuster builds the Xactimate scope directly. These estimates frequently exclude line items that a trained contractor would include — particularly general conditions, equipment costs, and specialty cleaning codes relevant to smoke and soot removal. Restoration contractors routinely supplement adjuster-produced estimates with a "supplement" — an addendum that adds missed line items with supporting documentation.

Contractor-produced estimates are built by the restoration company before or alongside adjuster review. Contractors who are Xactimate-certified (through Verisk's training program) build estimates that align more closely with carrier acceptance criteria, reducing negotiation cycles.

Public adjuster involvement adds a third estimation party. Public adjusters representing the policyholder may produce independent Xactimate scopes and submit them as counter-estimates to the carrier. The role of public adjusters in this process is detailed in working with public adjusters for fire claims.

Total loss determinations involve a different calculation. When estimated repair costs approach or exceed a defined percentage of the structure's replacement cost value (the threshold varies by carrier policy and state statute), the property may be declared a total loss, bypassing line-item estimating entirely. See total loss fire damage and rebuild considerations for how this calculation is applied.

Decision boundaries

Xactimate pricing represents regional averages, not actual contractor quotes. The distinction matters in three specific contexts:

Xactimate price vs. actual market rate — In post-disaster surge conditions (wildfire events, for example), local labor and material costs frequently exceed the current Xactimate price list. Contractors operating in surge markets document actual invoices and submit them as supplements with carrier approval requests.

Estimate scope vs. field scope — What is written in the estimate is not always what is found in the field. Concealed structural damage discovered during demolition requires a revised scope. The scope of work in fire damage restoration contracts framework addresses how mid-project discoveries are documented and priced.

Restoration vs. replacement classification — Xactimate contains both restoration codes (clean, treat, and preserve) and replacement codes (remove and reinstall). Choosing between them for a given material — such as smoke-affected hardwood flooring — affects the estimate total significantly. The fire-damaged wood restoration vs. replacement decision process is governed by industry standards from the Institute of Inspection, Cleaning and Restoration Certification (IICRC), specifically IICRC S700 (Standard for Professional Cleaning and Restoration of Fire and Smoke Damaged Building Materials and Structures).

Estimators must also account for depreciation schedules when actual cash value (ACV) policies apply. Depreciation applied to individual line items reduces the initial payment to the policyholder; recoverable depreciation is released upon completion. The mechanics of this calculation are covered in depreciation and actual cash value in fire claims.

References

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