In: Finance
RDH, Inc., manufactures high quality ladies boots. The company is considering the launch of a new boot style. Given the company’s history, it believes that it can sell 34,000, 27,000, 24,000, and 18,000 pair of boots per year for the next 4 years, respectively. The new boots would have variable costs of $134 per pair. Fixed production costs are $4.25 million per year and the equipment necessary for the new line costs $7.8 million. The equipment will be depreciated on a 5-year MACRS schedule. The line would require an investment in NWC of 15 percent of sales to be stockpiled one year ahead of sales, the tax rate is 40 percent, and the required return is 9 percent. The company expects that because of changes in styles, the new design can only be sold for the next four years. In four years, the equipment can be sold for $1.8 million, although the company believes it will keep the machinery for another product line. Additionally, the CEO has stated that she requires an NPV of $250,000 to undertake the new line of boots. What is the price per pair of boots that the company must set in order to undertake the new boot?
Here's The Solution.
If you are attempting this question, You would know how to get Present value factors and calculate basic NPV. But just struggling with the number of items in the question.
So, here is the explanation for different columns,
NPV at 9% with Price 0, is $(19,512,768.92)
In excel, you can simply use solver, but if you want to solve, you have to try using present value factors for just Sales, Net working capital Flows to Equal NPV of $19,462,769
PV Factors @ 9% for the four years = 0.9174, 0.8417, 0.7722, 0.7084
The equation to solve would be
Sales=x*60%*(34000*0.9174+27000*0.8417+24000*0.7722+18000*0.7084)
+
Working Capital Flow=x((34000-27000)*0.15*0.9174+(27000-24000)*0.15*0.8417+(24000-18000)*0.15*0.7722+18000*0.15*0.7084)-34000x*0.15
=
19,762,769
==> 49,970.595 X = 19,762,769
==> X = $395.48799665
Good luck