Calculator

Run the numbers on a factor rate

Enter the amount, factor rate, term and remittance schedule from an advance quote to see what you pay back in total, what it costs in dollars, each daily or weekly remittance, and the APR a loan would have to charge to match it.

The quote

Enter what you were offered

What lands in the account, before any fee is deducted.
1.15–1.45 is typical for a first position.
Estimated from the daily or weekly amount.
Remittance schedule
Daily counts 21 business days a month.
Deducted before funding by many funders; it raises the real cost of what you receive.
Total you remit $65,000 Cost $15,000 · APR-equivalent 109.3%
Each remittance
$515.87× 126 business days
Cost as a share
30%
APR-equivalent
109.3%
Naive annualised
60%
You receive
$50,000
Bank loan, 12% APR
$1,765same amount, same months
Cost over time
Cost over time$0$25k$50k$75k$100kstart326395day 126you receive $50,000paid back · day 97$65,000 remitted · cost $15,000Cost over time$0$50k$100kstart63day 126you receive $50,000paid back · day 97$65,000 remitted · cost $15,000
Total remittances to date plotted against the amount you receive; the shaded area shows the cost of the advance.
Payment schedule
Payment schedule by month$0$10k$20kMonth 1: 21 × $516 = $10,833M1$10.8kMonth 2: 21 × $516 = $10,833M2$10.8kMonth 3: 21 × $516 = $10,833M3$10.8kMonth 4: 21 × $516 = $10,833M4$10.8kMonth 5: 21 × $516 = $10,833M5$10.8kMonth 6: 21 × $516 = $10,833M6$10.8k$516 × 126 = $65,000 over 6 monthsPayment schedule by month$0$10k$20kMonth 1: 21 × $516 = $10,833M1$10.8kMonth 2: 21 × $516 = $10,833M2$10.8kMonth 3: 21 × $516 = $10,833M3$10.8kMonth 4: 21 × $516 = $10,833M4$10.8kMonth 5: 21 × $516 = $10,833M5$10.8kMonth 6: 21 × $516 = $10,833M6$10.8k$516 × 126 = $65,000
The money that goes out of the account in each month of the term.

Illustrative, not an offer. Only an agreement you put your signature on decides which terms apply to you. How this is calculated.

Questions
What is a factor rate?

The multiplier that sets how much you remit on an advance: amount × factor rate = purchased amount. With a 1.30 factor, $50,000 turns into $65,000 paid back, so the cost is $15,000. The amount is locked in when you sign and stays the same even if you remit early, unless your agreement has an early payoff discount.

Why does the APR-equivalent come out so far above what the factor rate seems to imply?

Because you pay the balance back as you go, over a short term. On paper, paying 30% over six months works out to 60% a year, yet you never keep the whole $50,000 for those six months, because some of it goes back every business day. In the example, the APR-equivalent comes to about 109.3%, which is the rate a loan would need to produce the same payments over the same schedule.

Will an early payoff on a merchant cash advance lower what I pay?

Not by default. Because the purchased amount doesn't change, paying it off in four months rather than six costs the same dollars but pushes the APR-equivalent up. Discount for paying off earlys — typically 10–25% of the remaining purchased amount within a window — are worth asking for in writing before you sign.

What is a typical factor rate?

For first-position advances, the usual range is 1.15 to 1.45. The number rises with shorter terms, weaker deposits, negative days, existing positions and riskier industries. Anything over 1.49 is worth a second opinion and a side-by-side look at every other option available.

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