Audited 05 Aug 2026·Last updated 08 Aug 2026·5 citations·Tier 1·0 uses

Merchant Cash Advance Apr Calculator

Merchant Cash Advance Apr Calculator: annualize contracted dollar cost over an expected repayment span for comparison.

Merchant Cash Advance Apr Calculator

days
Simple annualized cost rate, not actuarial APR
45.63
Simple annualized cost rate, not actuarial APR under the page's named business finance convention.
Contracted dollar financing cost
24,000.00
Contracted factor rate
1.3

Background.

This merchant cash advance apr page is built to annualize contracted dollar cost over an expected repayment span for comparison. A merchant cash advance uses a factor amount and a share of receipts; this page reports simple annualized cost rather than actuarial APR. The implemented convention is “simple annualized cost = (contracted payback - advance) / advance x 365 / repayment days; this is not an actuarial APR.”

The editable entries are merchant cash advance received, contracted total payback amount, estimated calendar days to complete repayment. Use values from the document or measurement that governs this merchant cash advance apr question; the defaults are only the worked fixture below. Because payments vary with sales and occur throughout the term, internal-rate-of-return APR can be materially higher. If that merchant cash advance apr condition is not true, choose a calculation that models the missing convention.

U.S. SEC, Beginners' Guide to Financial Statements; income-statement and balance-sheet relationships documents the convention or governing rule used here. The merchant cash advance apr output is a transparent scenario under those facts: it does not manufacture an unentered market price, professional determination, carrier quote, legal eligibility finding or locally adopted code value.

What is merchant cash advance apr calculator?

Merchant Cash Advance Apr is the relationship behind this decision: a merchant cash advance uses a factor amount and a share of receipts; this page reports simple annualized cost rather than actuarial APR. On this page it means simple annualized cost = (contracted payback - advance) / advance x 365 / repayment days; this is not an actuarial APR. Because payments vary with sales and occur throughout the term, internal-rate-of-return APR can be materially higher; that is the line between the reported quantity and a broader business finance analysis.

How to use this calculator.

  1. Confirm that “simple annualized cost = (contracted payback - advance) / advance x 365 / repayment days; this is not an actuarial APR” matches the merchant cash advance apr convention you need.
  2. Replace the fixture values for merchant cash advance received, contracted total payback amount, estimated calendar days to complete repayment with dated values from the governing record.
  3. Keep all currencies, measurement units and time periods on the same basis before calculating.
  4. Read simple annualized cost rate, not actuarial apr together with this boundary: Because payments vary with sales and occur throughout the term, internal-rate-of-return APR can be materially higher.

The formula.

simple annualized cost = (contracted payback - advance) / advance x 365 / repayment days; this is not an actuarial APR

The calculation uses simple annualized cost = (contracted payback - advance) / advance x 365 / repayment days; this is not an actuarial APR. In this merchant cash advance apr model, the entered terms are merchant cash advance received, contracted total payback amount, estimated calendar days to complete repayment. A merchant cash advance uses a factor amount and a share of receipts; this page reports simple annualized cost rather than actuarial APR, which is why the relationship is presented under this name rather than as a universal alternative. Because payments vary with sales and occur throughout the term, internal-rate-of-return APR can be materially higher. Calculations keep full decimal precision through the relationship and round only the returned display values.

A worked example.

Example

Enter the example facts as Merchant cash advance received = 80,000; Contracted total payback amount = 104,000; Estimated calendar days to complete repayment = 240. The formula “simple annualized cost = (contracted payback - advance) / advance x 365 / repayment days; this is not an actuarial APR” then reconciles them to Simple annualized cost rate, not actuarial APR = 45.625; Contracted dollar financing cost = 24,000; Contracted factor rate = 1.3. You can audit the 45.625 primary result by carrying the raw products, ratios and limits through to the final line before formatting. A merchant cash advance uses a factor amount and a share of receipts; this page reports simple annualized cost rather than actuarial APR. Because payments vary with sales and occur throughout the term, internal-rate-of-return APR can be materially higher.

allowance Percent10
quantity100
unit Cost25
advance Amount80,000
estimated Repayment Days240
contracted Payback Amount104,000

Frequently asked questions.

What exactly does the simple annualized cost rate, not actuarial apr represent?
For Merchant Cash Advance Apr, it represents the result of simple annualized cost = (contracted payback - advance) / advance x 365 / repayment days; this is not an actuarial APR under the entered facts. A merchant cash advance uses a factor amount and a share of receipts; this page reports simple annualized cost rather than actuarial APR; the 45.625 fixture should be read on that basis.
Which merchant cash advance apr convention does this page choose?
It chooses “simple annualized cost = (contracted payback - advance) / advance x 365 / repayment days; this is not an actuarial APR.” That merchant cash advance apr variant is supported by U.S. SEC, Beginners' Guide to Financial Statements; income-statement and balance-sheet relationships; a governing contract, policy, tax year or locally adopted rule that specifies another treatment must take priority.
What is the easiest way to get this merchant cash advance apr result wrong?
Because payments vary with sales and occur throughout the term, internal-rate-of-return APR can be materially higher. Check that merchant cash advance apr issue before interpreting the output or comparing it with another model.
Can the worked merchant cash advance apr example be checked without this site?
Yes. Use Merchant cash advance received = 80,000; Contracted total payback amount = 104,000; Estimated calendar days to complete repayment = 240, follow simple annualized cost = (contracted payback - advance) / advance x 365 / repayment days; this is not an actuarial APR, and compare your final figures with Simple annualized cost rate, not actuarial APR = 45.625; Contracted dollar financing cost = 24,000; Contracted factor rate = 1.3. Keep the merchant cash advance apr intermediates unrounded so formatting does not create a false difference.

How this page was produced

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Quanta Calculator
Primary sources
5 cited below
Method
simple annualized cost = (contracted payback - advance) / advance x 365 / repayment days; this is not an actuarial APR
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Last verified

Built with AI assistance and verified by automated tests against the cited sources — every worked example on this page is computed by the same code that runs the calculator. How we build and check calculators.

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