In: Finance
Problem 3: A construction firm must obtain a bulldozer to work on a long-term project. There are two options available to the firm – using a loan to purchase the bulldozer for $825,000, and leasing it from the equipment dealer. If the firm decides to purchase, it can finance the entire cost through a commercial bank for 8 years at an interest rate of 7.5% compounded annually. At the end of eight years, the firm will sell the bulldozer for a salvage value of $80,000. If the firm decides to lease, it will pay the equipment dealer an up-front fee equal to 5% of the purchase price, followed by eight annual payments of $135,000. At the end of the lease, the firm will return the equipment to the dealer. The firm’s required rate of return is 10%.
Under the purchase option
Annual payment of Loan (A) is given by
A/0.075*(1-1/1.075^8) = 825000
=> A = 140849.79
Net cost of bulldozer = 140849.79/1.1+140849.79/1.1^2+....+140849.79/1.1^8 - 80000/1.1^8
=140849.79/0.1*(1-1/1.1^8)-80000/1.1^8
=$714102.64
Under the Leasing option
Net cost of bulldozer = present value of payments
=5%*$825000 + 135000/1.1+135000/1.1^2+.....+135000/1.1^8
=$41250 + 135000/0.1*(1-1/1.1^8)
=$761465.04
So, in this case, the purchase option is better for the construction firm as the net cost is lesser in case of purchase
The dealer will spend $825000 today and receive 5% upfront fee as well as the annual lease payments and will also receive the salvage value at end of 8 years . So , the implied rate of return (r) to the dealer is given by
-825000+41250 + 135000/r*(1-1/(1+r)^8) + 80000/(1+r)^8 = 0
Solving r= 0.091176 or 9.12%
The dealer’s implied required rate of return is 9.12%