On January $1,2025,$ Cullumber Co$.$ issued five$-$year bonds with a face value of $$510,000$ and a stated interest rate of $10\%$ payable semiannually on July $1$ and January $1.$ The bonds were sold to yield $6\%.$

$\backslash$table$[[$Present value table factors are:,$],[$Present value of $1$ for $5$ periods at $6\%,0\mathrm{.}74726],[$Present value of $1$ for $5$ periods at $10\%,0\mathrm{.}62092],[$Present value of $1$ for $10$ periods at $3\%,0\mathrm{.}74409],[$Present value of $1$ for $10$ periods at $5\%,0\mathrm{.}61391],[$Present value of an ordinary annuity of $1$ for $5$ periods at $6\%,4\mathrm{.}21236],[$Present value of an ordinary annuity of $1$ for $5$ periods at $10\%,3\mathrm{.}79079],[$Present value of an ordinary annuity of $1$ for $10$ periods at $3\%,8\mathrm{.}53020],[$Present value of an ordinarrannuity of $1$ for $10$ periods at $5\%,7\mathrm{.}72173]]$

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Calculate the issue price of the bonds. $($Round factor values to $5$ decimal places, eg$.1\mathrm{.}25124$ and final answer to $0$ decimal places, eg$.458,582.)$