Find how much you can borrow from the monthly payment you can afford at your rate and term, and the price your down payment then buys.
Aktualisiert Geprüfte Beispiele: 4
A payment of $1,500.00 a month for 240 months supports a loan of $186,198.20; with your down payment that buys up to $236,198.20. Of the $360,000.00 you pay in total, $173,801.80 is interest.
| Monat | Zahlung | Kapital | Zinsen | Saldo |
|---|---|---|---|---|
| 1 | $1,500.00 | $336.26 | $1,163.74 | $185,861.94 |
| 2 | $1,500.00 | $338.36 | $1,161.64 | $185,523.57 |
| 3 | $1,500.00 | $340.48 | $1,159.52 | $185,183.09 |
| 4 | $1,500.00 | $342.61 | $1,157.39 | $184,840.49 |
| 5 | $1,500.00 | $344.75 | $1,155.25 | $184,495.74 |
| 6 | $1,500.00 | $346.90 | $1,153.10 | $184,148.84 |
| 7 | $1,500.00 | $349.07 | $1,150.93 | $183,799.77 |
| 8 | $1,500.00 | $351.25 | $1,148.75 | $183,448.52 |
| 9 | $1,500.00 | $353.45 | $1,146.55 | $183,095.07 |
| 10 | $1,500.00 | $355.66 | $1,144.34 | $182,739.42 |
| 11 | $1,500.00 | $357.88 | $1,142.12 | $182,381.54 |
| 12 | $1,500.00 | $360.12 | $1,139.88 | $182,021.42 |
This is the EMI formula solved for the loan amount.
This works the EMI formula backwards. Given the monthly payment you can afford, the largest loan it repays is P = M × (1 − (1 + r)^−n) ÷ r, where r is the monthly rate and n the number of payments; this is what Excel's PV function returns. Adding your down payment gives the highest price you can pay.
With the defaults, 1,500 a month for 20 years at 7.5% supports a loan of 186,198.20, and 50,000 down lifts the price you can afford to 236,198.20. The 240 payments total 360,000.00, of which 173,801.80 is interest.
The result is the ceiling your budget sets. Lenders also limit the payment by your income through the debt-to-income ratio, and property tax, insurance and fees come out of the same monthly budget.
Prüfquelle: Microsoft PV function documentation example: PV(0.08/12, 12*20, 500) = −59,777.15
Prüfquelle: Python decimal (prec 50) present value of an ordinary annuity
Prüfquelle: M × n when there is no interest
Prüfquelle: 1010 / 1.01 by hand
Multiply the payment by the annuity factor (1 − (1 + r)^−n) ÷ r. At 8% over 20 years, r = 0.08 ÷ 12 and n = 240, so the factor is 119.55 and a payment of 500 a month supports a loan of 59,777.15. Microsoft's documentation for Excel's PV function gives the same figure for PV(0.08/12, 240, 500).
In the US, the CFPB suggests keeping total debt payments at 36% of gross monthly income or less and housing costs at 28% to 35%, though some lenders go to 43% or higher. Fannie Mae's standard maximum is 36%, rising to 45% with credit-score and reserve requirements and to 50% for loans underwritten through Desktop Underwriter. On a gross income of 5,000 a month, 36% is 1,800.
A higher rate means more of each payment goes to interest, so the same payment supports a smaller loan. Over 20 years, 1,500 a month supports 201,187.51 at 6.5%, 186,198.20 at 7.5% and 172,846.26 at 8.5%: each percentage point costs about 7% of the loan. The chart shows the full curve for your payment and term.
Yes, but with diminishing returns and much more interest. At 7.5%, 1,500 a month supports 161,810.14 over 15 years, 186,198.20 over 20 years and 214,526.44 over 30 years. Going from 20 to 30 years adds 28,328.24 of borrowing but raises total interest from 173,801.80 to 325,473.56.
Die Genauigkeit hängt von Ihren Eingaben und den Annahmen der Methode ab. Die Dezimalrechnung nutzt 50 signifikante Stellen, doch Schätzungen, numerische Verfahren und Quelldaten können ungenauer sein. Die angezeigte Rundung beseitigt diese Grenzen nicht. Anhand unabhängiger Quellen geprüfte Rechenbeispiele: 4. Beispielsweise wird „500 a month for 20 years at 8%“ anhand von Microsoft PV function documentation example: PV(0.08/12, 12*20, 500) = −59,777.15 geprüft.
Microsoft Excel PV function; Consumer Financial Protection Bureau — Debt-to-income ratio.
Nur zur Planung. Kreditgeber, Finanzbehörden und Märkte nutzen eigene Rundungen, Gebühren und Regeln; bestätigen Sie die Zahlen dort, bevor Sie sich verpflichten.
Dieser Rechner enthält 4 Rechenbeispiele mit Ergebnissen aus unabhängigen Quellen. Sie laufen in der Testsuite und können auch hier ausgeführt werden.
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