The Real Price of That $12,000 Car Loan: George Kamel Shows Young Borrowers What $3,400 in Interest Actually Costs
Briefly

The Real Price of That $12,000 Car Loan: George Kamel Shows Young Borrowers What $3,400 in Interest Actually Costs
A $12,000 car loan at $257 per month for 60 months results in about $15,420 total payments, including roughly $3,400 in interest. Interest paid represents money that cannot be invested and therefore loses long-term compounding potential. If the $3,400 were invested once at about a 10% annual return, it could grow to around $182,000 by age 61. The monthly payment itself also matters: saving $257 per month instead of paying it could reach about $20,000 after five years and grow to roughly $560,000 by age 61. Financing a depreciating vehicle crowds out saving and leaves less for retirement.
"If you get ahead of it instead of being reactive, they never have the money 'cause they're making payments. But if they save that payment, they'd have $6,000 a year, $10,000 a year just from that car payment being saved."
"The student would pay $15,420 in total, including $3,400 in interest. Then Kamel delivered the line that matters: "If you get ahead of it instead of being reactive, they never have the money 'cause they're making payments. But if they save that payment, they'd have $6,000 a year, $10,000 a year just from that car payment being saved.""
"A one-time $3,400 investment growing at roughly 10% a year (the long-run nominal average for U.S. stocks) doubles about every seven years. Over 40 years, that is roughly five and a half doublings. $3,400 turning into $182,000 is what compounding does when you give it time and stop bleeding capital out the side."
"$257 a month for 60 months is the cash flow the borrower has already committed. If that same $257 went into a retirement account at the same 10% annual return for the same five years, it would land near $20,000. Left alone for another 35 years until age 61, it grows into roughly $560,000."
Read at 24/7 Wall St.
Unable to calculate read time
[
|
]