Finance CalculatorsBusiness FinanceFree Tool
Receivables Turnover Calculator
Calculate how many times per year you collect your average receivables from revenue and average receivables, with the equivalent days sales outstanding shown alongside.
How to Use Receivables Turnover Calculator
- 1Enter your annual revenue
- 2Enter your average accounts receivable
- 3Click Calculate to see your receivables turnover ratio and days sales outstanding
Frequently Asked Questions
Receivables Turnover = Revenue divided by Average Receivables (times per year). The calculator also derives Days Sales Outstanding as 365 divided by turnover, as a secondary figure.
Both ultimately use the same underlying relationship between revenue, receivables, and days - but this tool's primary output is the turnover ratio (times per year), with DSO shown as a derived secondary number. The dedicated Days Sales Outstanding calculator instead takes your receivables balance directly and reports only the DSO figure, without a turnover ratio.
A lower Days Sales Outstanding means you're collecting cash from customers faster on average - generally favorable for cash flow, and worth comparing against the credit terms you actually offer (e.g. Net 30).
Typically the average of your beginning and ending receivables balance for the period - enter your own average; the calculator doesn't compute it from separate beginning/ending balances.
Related Tools
Startup Runway Calculator
Estimate how many months of runway your startup has left by dividing total cash in the bank by your current monthly burn rate.
Burn Rate Calculator
Calculate your startup's monthly cash burn rate from your starting cash balance, ending cash balance, and the number of months between them.
NPV Calculator
Calculate the Net Present Value of an investment from its initial cost, a discount rate, and a series of future cash flows, with an accept/reject recommendation.
IRR Calculator
Calculate the Internal Rate of Return for an investment with an initial outlay and four yearly cash flows, using an iterative bisection method.