In: Finance
The Wildcat Oil Company is trying to decide whether to lease or buy a new computer-assisted drilling system for its oil exploration business. Management has decided that it must use the system to stay competitive; it will provide $3.4 million in annual pretax cost savings. The system costs $7.5 million and will be depreciated straight-line to zero over five years. Wildcat's tax rate is 24 percent, and the firm can borrow at 8 percent. Lambert Leasing Company has offered to lease the drilling equipment to Wildcat for payments of $1.71 million per year. Lambert's policy is to require its lessees to make payments at the start of the year. Suppose Lambert requires Wildcat to pay a $375,000 security deposit at the inception of the lease. Calculate the NAL with the security deposit. (A negative answer should be indicated by a minus sign. Do not round intermediate calculations and enter your answer in dollars, not millions, rounded to 2 decimal places, e.g., 1,234,567.89.)
1) | Discount rate = 8%*(1-24%) = | 6.08% | |||||
2) | Loan installments = 7500000*0.08*1.08^5/(1.08^5-1) = | $ 18,78,423 | |||||
3) | The after tax cash flows for leasing and buying are worked out below: | ||||||
0 | 1 | 2 | 3 | 4 | 5 | ||
LEASING: | |||||||
After tax lease rent [1710000*(1-24%)] | $-12,99,600 | $ -12,99,600 | $ -12,99,600 | $-12,99,600 | $-12,99,600 | ||
Security deposit | $ -3,75,000 | $ 3,75,000 | |||||
After tax cash outflows | $-16,74,600 | $ -12,99,600 | $ -12,99,600 | $-12,99,600 | $-12,99,600 | $ 3,75,000 | |
BUYING: | |||||||
Loan amortization: | |||||||
Beginning balance of loan | $ 75,00,000 | $ 62,21,577 | $ 48,40,880 | $ 33,49,728 | $ 17,39,283 | ||
Interest at 8% | $ 6,00,000 | $ 4,97,726 | $ 3,87,270 | $ 2,67,978 | $ 1,39,143 | ||
Total | $ 81,00,000 | $ 67,19,303 | $ 52,28,151 | $ 36,17,706 | $ 18,78,425 | ||
Installment | $ 18,78,423 | $ 18,78,423 | $ 18,78,423 | $ 18,78,423 | $ 18,78,425 | ||
Ending balance of loan | $ 62,21,577 | $ 48,40,880 | $ 33,49,728 | $ 17,39,283 | $ 0 | ||
Depreciation [7500000/5] | $ 15,00,000 | $ 15,00,000 | $ 15,00,000 | $ 15,00,000 | $ 15,00,000 | ||
After cash flows of buying: | |||||||
Principal repayment | $ -12,78,423 | $ -13,80,697 | $-14,91,153 | $-16,10,445 | $ -17,39,282 | ||
After tax interest | $ -4,56,000 | $ -3,78,272 | $ -2,94,326 | $ -2,03,663 | $ -1,05,748 | ||
Tax shield on depreciation at 24% | $ 3,45,000 | $ 3,45,000 | $ 3,45,000 | $ 3,45,000 | $ 3,45,000 | ||
After tax cash outflows | $ -13,89,423 | $ -14,13,969 | $-14,40,478 | $-14,69,108 | $ -15,00,031 | ||
4) | The PV of leasing and buying are worked out below using a discount rate of 6.08%: | ||||||
PVIF at 6.08% {PVIF = 1/1.1^n] | 1 | 0.94268 | 0.88865 | 0.83772 | 0.78971 | 0.74444 | |
PV of leasing | $-16,74,600 | $ -12,25,113 | $ -11,54,895 | $-10,88,702 | $-10,26,303 | $ 2,79,167 | |
Total PV of leasing | $-58,90,447 | ||||||
PV of buying | $ -13,09,788 | $ -12,56,530 | $-12,06,719 | $-11,60,165 | $ -11,16,690 | ||
Total PV of buying | $-60,49,892 | ||||||
5) | NAL = -5890447-(-6049892) = | $ 1,59,444 | |||||
6) | As the NAL of leasing is positive, leasing should be preferred. |
7) As the pre-tax cost savings are the same for both the alternatives, they are not included in the cash flows.