The move toward UAD 3.6 and the redesigned URAR is more than just another update. It's a fundamental change in how we document and deliver our findings. Let's go a level deeper and look at the very architecture of the new report by dissecting the official "Report Style Guide Supplement."

Beyond the Form: A Modular, Coded Structure

The new URAR is a dynamic report assembled from modular components, driven by the data collected for a specific property. This modularity is governed by a strict set of rules outlined in the Style Guide. Every label, every text box, and every table has a specific code to ensure the final report is perfectly machine-readable.

Decoding the Building Blocks

Here are the most important codes you'll encounter:

  • H1 and H2 (Headers): H1 signifies a major section header like "Assignment Information." H2 is a sub-header like "Exterior Features."
  • TXR-B (Text, Regular, Bold): A standard data field label. When you see "Property Valuation Method" in the new report, that's a TXR-B element.
  • TXC-I (Text, Commentary, Italic): Instructional or commentary text blocks providing context or guidance.
  • TCH and TB (Table Elements): TCH is the Table Column Header and TB is the Table Body for data rows.

Interactive and Conditional Elements

  • CK1 (Checkbox): Checking a box like "Condominium" triggers other required fields to appear.
  • TAB (Navigation Tab): Represents major navigational tabs like "Subject Property" or "Sales Contract."

A Practical Example: The Defects Section

The Apparent Defects section uses: 1. An H1 header 2. A TXC-I line of explanatory italicized text 3. A table with TCH headers (Feature, Location, etc.) and TB data rows 4. Two TXR-B fields: As Is Overall Condition Rating and Total Estimated Cost

This structured format ensures every piece of information is captured in a predictable, machine-readable way.

What This Means for Your Daily Workflow

A comment placed in the wrong field or an incorrectly formatted data point won't be buried in a PDF; it will be an immediate data error. This is where technology like ValueMate can help by capturing data in a structured format from the moment of inspection, ensuring information flows correctly into the coded components of the new URAR.

Learning the language of the new URAR is a crucial step in preparing for the transition. We are moving from being authors of a document to being assemblers of a precise data package.