How to run Closing Cost in DocketMath for Virginia

Step-by-step

This guide walks you through running Closing Cost in DocketMath for Virginia (US-VA). You’ll set up the calculator inputs, confirm Virginia-specific (jurisdiction-aware) logic, and interpret the outputs you need for a typical settlement worksheet workflow.

1) Open the Closing Cost calculator

1. Go to the tool: /tools/closing-cost
2. Confirm the jurisdiction is set to Virginia (US-VA).

   • If DocketMath prompts for jurisdiction, select US-VA to activate Virginia-aware assumptions.

2) Understand the inputs DocketMath expects

Closing costs usually involve a mix of borrower-paid fees and lender/settlement-provider items. In DocketMath, you’ll typically see inputs that map to:

• Loan amount
• Interest rate and term (or a rate scenario)
• Closing date / timing (where the calculator prorates certain items)
• Fee categories (e.g., origination, underwriting, appraisal, title/settlement, recording-related items)
• Credits or prepaid items (if included in the calculator flow)

Use the DocketMath UI to enter amounts. If the tool allows optional fee lines, start with your best-known estimates (often from your Loan Estimate or quote) and refine once you have vendor invoices.

3) Enter Virginia-relevant fee assumptions

Virginia closings often depend on what parties negotiate and what providers quote. In DocketMath, the jurisdiction-aware portion generally controls:

• How the calculator treats certain fee categories
• How it estimates prorations and timing-based components
• How it structures the settlement-cost output so it’s readable for Virginia workflows

Practical approach:

• Start with known exacts (e.g., lender/origination fees, title package cost, appraisal fee).
• For quote-dependent items, enter the estimate you expect to see on the settlement statement.
• If DocketMath provides multiple fee line items (e.g., separate title vs. settlement components), fill them individually rather than one lump sum—this improves output clarity.

4) Select the scenario and confirm coverage

Before running the calculation:

• Choose whether you’re modeling a purchase or refinance scenario (if offered).
• Confirm whether the tool is using:

  • An initial estimate mode (faster), or
  • A more detailed line-item mode (more granular)

Then click Calculate.

5) Review the outputs and what changes when inputs change

After calculation, DocketMath should show a breakdown and totals. Use the outputs in three passes:

Pass A — Totals

• Look at Total closing cost (and any “borrower-paid” or “due at closing” summary, depending on the tool output format).
• Compare totals against your Loan Estimate or prior model.

Pass B — Breakdown by category

This is where jurisdiction-aware structuring matters. Check which lines drive the most cost:

• Lender/loan origination-related fees
• Title/settlement charges
• Recording-related or government fee categories (as included)
• Prepaids/prorations (if included)

If your totals are unexpectedly high, the breakdown usually reveals whether the increase is driven by a single category (e.g., title package) or by multiple small items adding up.

Pass C — Sensitivity checks (quick “what ifs”)

Run 2–3 adjustments and observe changes:

• Increase/decrease loan amount by a small step (e.g., $10,000) to see scaling.
• Change interest rate slightly (if applicable) to observe prepaid/proration effects (when supported in the model).
• Modify an estimated fee line to confirm the output is responsive.

This is the fastest way to validate that your inputs are wired correctly.

6) Export or copy results (if DocketMath supports it)

Many DocketMath tools allow copying summary figures or saving/exporting results.

• Copy the totals and the top cost drivers (top 3, if the UI shows it) for quick sharing.
• Preserve your input values so you can rerun the same scenario later.

If you’re comparing versions (e.g., “estimate from lender” vs. “final vendor quotes”), keep consistent naming in your notes so you don’t accidentally compare different assumptions.

7) Document assumptions for consistency

Before you’re done, capture your assumptions—this helps you rerun the model later without guesswork.

Use this checklist:

Finally, rerun once after updates to ensure totals reconcile.

Common pitfalls

Closing-cost modeling fails most often due to a few repeatable issues. Watch for these before you rely on the results.

Common example: mixing a refinance lender estimate with a purchase input setup, or using a rate/term from a different quote. In DocketMath, scenario mismatches can distort fee and timing logic.

Pitfall 2: Entering fees as one lump sum instead of itemizing

If DocketMath provides distinct fee categories, lump-summing makes it harder to diagnose errors later. You’ll also lose visibility into what drives the total—so reruns become slower.

Pitfall 3: Omitting credits, prepaid items, or adjustments

If the tool supports credits or prepaid items, leaving them blank can inflate “due at closing” style outputs. Confirm whether your source documents include borrower credits, prepaid interest, insurance premiums, or similar items.

Pitfall 4: Treating the closing date as flexible when it isn’t

Prorations and timing-based calculations can swing the total. If you have a firm settlement date, enter it consistently. If you’re estimating, pick a target date and label it clearly.

Pitfall 5: Skipping a quick top-line sanity check

Before fine-tuning, compare your DocketMath total to your Loan Estimate/quote:

• If you’re off by a large margin (not just small rounding), revisit the highest-impact fields first (loan amount, major fee categories, credits/prorations).
• A fast breakdown review is usually more efficient than trying random edits.

Pitfall 6: Forgetting to keep jurisdiction set to US-VA

Closing costs can be structured differently across jurisdictions. Make sure DocketMath is actually running US-VA logic for the calculator instance you’re using.

Try it

If you want to validate the workflow quickly, try a controlled run:

1. Open /tools/closing-cost.
2. Ensure Virginia (US-VA) is selected.
3. Enter a realistic baseline loan scenario:

   • Loan amount: use your quote’s principal (not the total purchase price)
   • Rate/term: match the lender’s scenario used for your estimate
   • Closing date: use your scheduled date (or a chosen target)
4. Populate the major fee categories with your best-known values.
5. Click Calculate.
6. Then run two micro-changes:

   • Add/subtract $5,000 from loan amount and confirm the total changes proportionally (or per the model’s rules).
   • Increase one major fee line (like title/settlement or origination) by a known amount and confirm the total shifts accordingly.

When your output behaves predictably across small changes, you can trust the model enough to use it for comparisons—like “quote A vs. quote B” or “estimate vs. updated vendor pricing.”

Related reading

• Average closing costs in Alabama — Rule summary with authoritative citations
• Average closing costs in Alaska — Rule summary with authoritative citations
• Average closing costs in Arizona — Rule summary with authoritative citations