In: Finance
Delmont Transport Company (DTC) is evaluating the merits of leasing versus purchasing a truck with a 4-year life that costs $40,000 and falls into the MACRS 3-year class. If the firm borrows and buys the truck, the loan rate would be 10%, and the loan would be amortized over the truck's 4-year life, so the interest expense for taxes would decline over time. The loan payments would be made at the end of each year. The truck will be used for 4 years, at the end of which time, it will be sold at an estimated residual value of $10,000. If DTC buys the truck, it would purchase a maintenance contract that costs $1,000 per year, payable at the end of each year. The lease terms, which include maintenance, call for a $10,000 lease payment at the beginning of each year (i.e. 4 payments total). DTC's tax rate is 40%.
What is the net advantage to leasing?
(Note: Assume MACRS rates for Years 1 to 4 are 0.3333, 0.4445, 0.1481, and 0.0741.)
Please show all work. Thank you
Formula sheet
A | B | C | D | E | F | G | H | I | J | K | L |
2 | |||||||||||
3 | |||||||||||
4 | Cost of purchasing the Truck | 40000 | |||||||||
5 | |||||||||||
6 | Depreciation each year can be calculated as follows: | ||||||||||
7 | Investment in Truck | =D4 | |||||||||
8 | Tax basis of the Truck (B) | =D7 | |||||||||
9 | |||||||||||
10 | Depreciation follows MACRS 3 year convention. | ||||||||||
11 | Hence depreciation each year can be calculated as follows: | ||||||||||
12 | Year 1 | Year 2 | Year 3 | Year 4 | |||||||
13 | MACRS 3 Year depreciation rate (rt) | 0.3333 | 0.4445 | 0.1481 | 0.0741 | ||||||
14 | Depreciation (B*rt) | =$D$8*E13 | =$D$8*F13 | =$D$8*G13 | =$D$8*H13 | ||||||
15 | Book Value | =D8 | =D15-E14 | =E15-F14 | =F15-G14 | =G15-H14 | |||||
16 | |||||||||||
17 | |||||||||||
18 | Calculation of after tax net cash flow from the sale of the machine: | ||||||||||
19 | Proceed from sale of machine at the end | 10000 | |||||||||
20 | Book Value of Machine at the end | =H15 | |||||||||
21 | Gain or Loss on sale | =Proceed From Sale - Book value at the end of sale | |||||||||
22 | =D19-D20 | ||||||||||
23 | |||||||||||
24 | Tax rate | 0.4 | |||||||||
25 | Gain or Loss on sale | =D22 | |||||||||
26 | Tax on Gain & Loss | =D25*D24 | |||||||||
27 | Net Proceed from Sale of assets at the end | =Proceed from Sale - Tax Expense on gain or loss | |||||||||
28 | =D19-D26 | ||||||||||
29 | |||||||||||
30 | Hence after-tax net cash flow from the sale of machine | =D28 | |||||||||
31 | |||||||||||
32 | Loan Payment Calculation: | ||||||||||
33 | Amount of loan taken | =D7 | |||||||||
34 | Interest rate | 0.1 | |||||||||
35 | Period | 4 | |||||||||
36 | Maintenance cost per year | 1000 | |||||||||
37 | Cost of buy option can be calculated as follows: | ||||||||||
38 | Free cash flow is given by following formula: | ||||||||||
39 | Free Cash Flow = Operating Cash Flow - Capital Expenditures - Change in working capital+New Debt-Debt Repayment | ||||||||||
40 | |||||||||||
41 | Year | 0 | 1 | 2 | 3 | 4 | |||||
42 | Maintenance cost | =-$D$36 | =-$D$36 | =-$D$36 | =-$D$36 | ||||||
43 | Depreciation | =-E14 | =-F14 | =-G14 | =-H14 | ||||||
44 | Income Before Tax | =SUM(E42:E43) | =SUM(F42:F43) | =SUM(G42:G43) | =SUM(H42:H43) | ||||||
45 | Tax expense | =-E44*$D$24 | =-F44*$D$24 | =-G44*$D$24 | =-H44*$D$24 | ||||||
46 | Net Income | =E44+E45 | =F44+F45 | =G44+G45 | =H44+H45 | ||||||
47 | Add Depreciation | =-E43 | =-F43 | =-G43 | =-H43 | ||||||
48 | Cost of asset | =-D7 | |||||||||
49 | Loan Value | =D33 | |||||||||
50 | Net cash flow from the sale of the machine | =D30 | |||||||||
51 | Debt principle repayment | =PPMT($D$34,E41,$D$35,$D$33,0) | =PPMT($D$34,F41,$D$35,$D$33,0) | =PPMT($D$34,G41,$D$35,$D$33,0) | =PPMT($D$34,H41,$D$35,$D$33,0) | =PPMT($D$34,H41,$D$35,$D$33,0) | |||||
52 | Net Cash Flow from Buying the Machine | =SUM(D46:D51) | =SUM(E46:E51) | =SUM(F46:F51) | =SUM(G46:G51) | =SUM(H46:H51) | |||||
53 | Cost of capital (i) = cost of debt | =D34 | |||||||||
54 | (P/F,i,n) | =1/((1+$D53)^D41) | =1/((1+$D53)^E41) | =1/((1+$D53)^F41) | =1/((1+$D53)^G41) | =1/((1+$D53)^H41) | |||||
55 | Present value of net cash flows | =D52*D54 | =E52*E54 | =F52*F54 | =G52*G54 | =H52*H54 | |||||
56 | Cost of purchasing the Truck | =Present Value of net cash flows | |||||||||
57 | =SUM(D55:H55) | =SUM(D55:H55) | |||||||||
58 | |||||||||||
59 | Hence net cost of purchasing the Truck is | =-D57 | |||||||||
60 | |||||||||||
61 | |||||||||||
62 | Calculation of Cost of leasing the Truck | ||||||||||
63 | Annual Lease Payment | 10000 | |||||||||
64 | |||||||||||
65 | |||||||||||
66 | Year | 0 | 1 | 2 | 3 | 4 | |||||
67 | Lease Payment | =-D63 | =D67 | =E67 | =F67 | ||||||
68 | Tax Expense | =-D67*$D$24 | =-E67*$D$24 | =-F67*$D$24 | =-G67*$D$24 | =-H67*$D$24 | |||||
69 | Net cash flow due to lease | =D67+D68 | =E67+E68 | =F67+F68 | =G67+G68 | =H67+H68 | |||||
70 | Cost of capital (i) = cost of debt | =D34 | |||||||||
71 | (P/F,i,n) | =1/((1+$D70)^D66) | =1/((1+$D70)^E66) | =1/((1+$D70)^F66) | =1/((1+$D70)^G66) | =1/((1+$D70)^H66) | |||||
72 | Present value of net cash flows | =D69*D71 | =E69*E71 | =F69*F71 | =G69*G71 | =H69*H71 | |||||
73 | Cost of leasing the Truck | =Present Value of net cash flows | |||||||||
74 | =SUM(D72:H72) | =SUM(D72:H72) | |||||||||
75 | |||||||||||
76 | Hence cost of leasing the Truck is | =-D74 | |||||||||
77 | |||||||||||
78 | |||||||||||
79 | Calculation of Net Advantage of leasing: | ||||||||||
80 | Net advantage to Leasing | =Cost of Purchasing the Truck - Cost of leasing the Truck | |||||||||
81 | =D59-D76 | =D59-D76 | |||||||||
82 | |||||||||||
83 | Hence net advantage of leasing is | =D81 | |||||||||
84 |