Cost of Delay Modeler Guide for Massachusetts

What this calculator does

Run this scenario in DocketMath using the Cost Of Delay calculator.

DocketMath’s Cost of Delay Modeler (Massachusetts) helps you estimate the financial impact of time while planning litigation timelines, settlement windows, or case management decisions. Instead of debating attorney-time and “what-ifs” in the abstract, it converts delay into a set of measurable components—then outputs a range of likely costs.

At a high level, the tool supports a cost-of-delay model that you can adapt to your matter. Typical components include:

• Value at stake (e.g., damages exposure, contract value, or business impact you’re trying to recover)
• Delay period (how long things take)
• Time-related discount rate (how money lost today compares to money received later)
• Optional carrying costs (e.g., interest-equivalent assumptions, financing costs, or operational drag)

From there, the calculator estimates what a longer timeline can do to the economic outcome. You can use it for comparison—e.g., how much more costly a 9-month delay is than a 6-month delay—rather than treating it as a guaranteed forecast.

A key Massachusetts-specific input many people model is the statute of limitations window for filing. In Massachusetts, Mass. Gen. Laws ch. 277, § 63 sets a general 6-year limitations period, with recognized exceptions that can change the filing clock. For example:

• 6 years under Mass. Gen. Laws ch. 277, § 63 (exception V1)
• A related exception discussed in Jenkins v. Jenkins, 15 Mass. App. Ct. 934, 935 (1983) referencing a 3-year period (exception M5)

If you’re working through a Massachusetts timeline problem, the calculator becomes most useful when you combine:

1. the outer bounds of time (limitations and procedural duration assumptions), and
2. the economic effect of waiting (discounting and carrying costs).

For direct use, start at: /tools/cost-of-delay.

When to use it

Use the DocketMath Cost of Delay Modeler when the timing question meaningfully affects money, leverage, or strategy. Common triggers in Massachusetts matters include:

• You’re deciding whether to file soon vs. wait for information, negotiations, or internal approvals—while staying within the limitations window in Mass. Gen. Laws ch. 277, § 63.
• You’re comparing settlement posture across different time horizons (e.g., “If resolution takes 8 months, this is the expected economic delta vs. 16 months.”).
• You’re managing internal risk for a business-facing dispute: delay can cause lost opportunities, additional financing costs, or continued performance risk.
• You’re budgeting for attorney time and case overhead where the primary driver is calendar time (even when the nominal hourly rates are known).

Limitations clock: a practical reason to include it

Massachusetts’ baseline 6-year statute under Mass. Gen. Laws ch. 277, § 63 often anchors early planning. If a claim might fall within a recognized exception, the “latest safe filing date” changes—so the cost-of-delay model can be combined with a “timing ceiling.”

Because exceptions exist, the tool is best used as a planning aid:

• Model the cost difference between filing now and filing later inside the window.
• Stress-test with alternative timelines if you suspect a different limitations rule may apply.

Best-fit use cases (quick checklist)

Step-by-step example

Below is a practical Massachusetts-oriented walkthrough showing how you can use the DocketMath tool and how outputs typically change when you adjust inputs.

Scenario: Two resolution timelines for the same dispute

Assume you’re modeling the economic effect of resolution timing on a dispute with:

• Value at stake: $200,000
• Delay scenario A: 9 months
• Delay scenario B: 18 months
• Annual discount rate (time value of money): 10%
• No separate carrying cost for this example (you can add it later)

You’ll also want to keep the Massachusetts limitations framework in mind:

• Baseline limitations period: 6 years under Mass. Gen. Laws ch. 277, § 63
• Alternative exception reference: 3 years discussed in **Jenkins v. Jenkins, 15 Mass. App. Ct. 934, 935 (1983)

Even if the model’s immediate focus is “9 vs. 18 months,” limitations matters because it constrains how late you can delay filing.

Step 1: Open the calculator and set the core inputs

1. Navigate to /tools/cost-of-delay.
2. Enter Value at stake = $200,000.
3. Choose Delay scenario A = 9 months.
4. Enter Discount rate = 10% annually.
5. Leave carrying costs at $0 for the first run.

Step 2: Run scenario A and record the output

After running scenario A, you’ll get a cost-of-delay estimate for the 9-month wait. The precise formula may be implemented by the tool, but conceptually the output reflects a reduction (or additional economic cost) from receiving the value later.

Write down:

• Estimated cost of delay for 9 months
• Any implied present value or “loss vs. earlier resolution” figure the tool shows

Step 3: Change only the delay period (keep everything else constant)

Now run scenario B:

1. Keep Value at stake = $200,000.
2. Keep Discount rate = 10%.
3. Update Delay scenario B = 18 months.
4. Keep carrying costs at $0.

Step 4: Compare the outputs

You should see a larger cost of delay for 18 months than for 9 months. If your model uses discounting, the increase is often non-linear when compared across time ranges—meaning doubling delay doesn’t always double cost, depending on how the tool calculates present value and any additional components.

Step 5: Add constraints from Massachusetts limitations (planning overlay)

Now map those timeline scenarios to a limitations planning ceiling:

• Under Mass. Gen. Laws ch. 277, § 63, you start with a 6-year baseline clock (exception V1).
• If your claim plausibly fits a narrower rule, Jenkins v. Jenkins references a 3-year alternative (exception M5).

Practical overlay:

• If you’re deciding between “file in 6 months” vs. “file in 2 years,” both may still fall inside a 6-year window—but the economic model can quantify why waiting can still be expensive.
• If you’re near the end of the relevant window (especially if a 3-year period could apply), delaying can create both financial cost and filing risk.

Common scenarios

The calculator is most useful when you model multiple plausible futures. Here are common Massachusetts-oriented scenarios where you’ll typically run more than one version.

1) “Resolution timing” scenario planning

Compare:

Track which input drives the outcome:

• If the output difference is huge across the time range, delay dominates.
• If discount rate changes move the needle more than delay changes, your assumptions about time value matter most.

2) “Filing deadline pressure” scenario planning

When limitations are a concern, you can model:

This is best used as a planning exercise to show how much cost you might incur by delaying.

3) “Settlement offers vs. trial duration” scenario planning

Many parties negotiate based on expected duration differences. Model:

Even if you don’t know the legal outcome, you can model the economic effect of time.

4) “Discount rate sensitivity” scenario planning

Run the same time horizon across multiple discount rates:

If the cost-of-delay result swings dramatically, you’ve learned that your economic interpretation depends heavily on the discount rate. That’s actionable—you can focus on validating that rate against real financing or opportunity costs.

Tips for

Sources and references

Start with the primary authority for Massachusetts and confirm the effective date before relying on any output. If the rule has been amended, update the inputs and rerun the calculation.

• Primary authority reference

Related reading

• Cost of Delay Modeler Guide for Alabama
• Cost of Delay Modeler Guide for Arizona
• Cost of Delay Modeler Guide for California