In: Finance
Pinnacle Custom Home Builders purchased a 40 foot articulating boom lift three years ago for $55,000. The equipment has been depreciated under the 5-year MACRS schedule (20%, 32%, 19%, 12%, 12% & 5%). The old equipment can be sold for $35,000.
Pinnacle is considering the purchase of a new 60 foot articulating boom lift that would allow the company to complete nearly all of its construction projects without the need for costly rental lifts. The new lift could be purchased for $127,000 and would also fall under the 5-year MACRS depreciation schedule.
Assume the old and new equipment would provide the following operating gains (or losses) over the next six years.
New Equipment |
Old Equipment |
|
1............. |
$40,000 |
$25,000 |
2............. |
38,000 |
16,000 |
3............. |
35,000 |
9,000 |
4............. |
30,000 |
8,000 |
5............. |
25,000 |
6,000 |
6............. |
22,500 |
5,000 |
The firm has a 30 percent tax rate and a 7 percent cost of capital. Should the new equipment be purchased to replace the old equipment? Briefly justify your answer.
All interim calculations (including TVM) must be made using the built-in Excel functions and your submission should be in good form (i.e., neat and easy to follow with descriptive labels, etc.).
Step 1: Calculate Annual Depreciation on Old Equipment Upto 3 Years
The annual depreciation on old equipment upto 3 years is determined as below:
Year | Cost of Old Equipment (1) | MACRS Depreciation Rate (2) | Annual Depreciation (1*2) |
1 | 55,000 | 20% | 11,000 |
2 | 55,000 | 32% | 17,600 |
3 | 55,000 | 19% | 10,450 |
Total Depreciation | $39,050 |
______
Step 2: Calculate Book Value of Old Equipment After 3 Years and Gain/Loss on Sale of Old Equipment
The book value and gain/loss on sale of old equipment is arrived as below:
Book Value of Old Equipment After 3 Years = Cost of Old Equipment - Total Depreciation on Old Equipment Upto 3 Years = 55,000 - 39,050 = $15,950
Gain on Sale of Old Equipment = Sale Price of Old Equipment - Book Value of Old Equipment After 3 Years = 35,000 - 15,950 = $19,050
______
Step 3: Calculate Net Cost of New Equipment
The net cost of new equipment is calculated as follows:
Tax Loss on Sale of Old Equipment = Gain on Sale of Old Equipment*Tax Rate = 19,050*30% = $5,715
Net Cash Inflow from Sale of Old Equipment = Sale Price of Old Equipment - Tax Loss on Sale of Old Equipment = 35,000 - 5,715 = $29,285
Net Cost of New Equipment = Purchase Price of New Equipment - Net Cash Inflow from Sale of Old Equipment = 127,000 - 29,285 = $97,715
______
Step 4: Calculate Annual Depreciation on New Equipment
The value of annual depreciation on new equipment is determined as follows:
Year | Cost of New Equipment (3) | MACRS Depreciation Rate (4) | Annual Depreciation (3*4) |
1 | 127,000 | 20% | 25,400 |
2 | 127,000 | 32% | 40,640 |
3 | 127,000 | 19% | 24,130 |
4 | 127,000 | 12% | 15,240 |
5 | 127,000 | 12% | 15,240 |
6 | 127,000 | 5% | 6,350 |
Total | $127,000 |
______
Step 5: Calculate Annual Depreciation on Old Equipment for Remaining 3 Years
The annual depreciation on old equipment for remaining 3 years is arrived as below:
Year | Cost of Old Equipment (5) | MACRS Depreciation Rate (5) | Annual Depreciation (5*6) |
4 | 55,000 | 12% | 6,600 |
5 | 55,000 | 12% | 6,600 |
6 | 55,000 | 5% | 2,750 |
Total Depreciation | $15,950 |
______
Step 6: Calculate Annual Depreciation Tax Shield
The value of annual tax shield is calculated as follows:
Year | Depreciation on New Equipment | Depreciation on Old Equipment | Incremental Depreciation (7) | Tax Rate (8) | Annual Tax Shield (7*8) |
1 | 25,400 | 6,600 | 18,800 | 30% | 5,640 |
2 | 40,640 | 6,600 | 34,040 | 30% | 10,212 |
3 | 24,130 | 2,750 | 21,380 | 30% | 6,414 |
4 | 15,240 | 0 | 15,240 | 30% | 4,572 |
5 | 15,240 | 0 | 15,240 | 30% | 4,572 |
6 | 6,350 | 0 | 6,350 | 30% | 1,905 |
______
Step 7: Calculate Incremental After-Tax Cash Inflow
The value of annual incremental after-tax cash inflow determined as follows:
Year | Cash Inflow (New Equipment) | Cash Inflow (Old Equipment) | Incremental Cash Inflow (9) | (1-Tax Rate) (10) | After-Tax Cash Inflow (9*10) |
1 | 40,000 | 25,000 | 15,000 | 70% | 10,500 |
2 | 38,000 | 16,000 | 22,000 | 70% | 15,400 |
3 | 35,000 | 9,000 | 26,000 | 70% | 18,200 |
4 | 30,000 | 8,000 | 22,000 | 70% | 15,400 |
5 | 25,000 | 6,000 | 19,000 | 70% | 13,300 |
6 | 22,500 | 5,000 | 17,500 | 70% | 12,250 |
______
Step 8: Calculate Total Annual Benefits
The value of total annual benefits is arrived as follows:
Year | Incremental Cash Flow | Annual Tax Shield | Total Annual Benefits |
1 | 10,500 | 5,640 | 16,140 |
2 | 15,400 | 10,212 | 25,612 |
3 | 18,200 | 6,414 | 24,614 |
4 | 15,400 | 4,572 | 19,972 |
5 | 13,300 | 4,572 | 17,872 |
6 | 12,250 | 1,905 | 14,155 |
______
Step 9: Calculate Net Present Value
The net present value can be calculated with the use of following formula:
Net Present Value = -Net Cost of New Equipment + Annual Benefit Year 1/(1+Cost of Capital)^1 + Annual Benefit Year 2/(1+Cost of Capital)^2 + Annual Benefit Year 3/(1+Cost of Capital)^3 + Annual Benefit Year 4/(1+Cost of Capital)^4 + Annual Benefit Year 5/(1+Cost of Capital)^5 + Annual Benefit Year 6/(1+Cost of Capital)^6
Substituting values in the above formula, we get,
Net Present Value = -97,715 + 16,140/(1+7%)^1 + 25,612/(1+7%)^2 + 24,614/(1+7%)^3 + 19,972/(1+7%)^4 + 17,872/(1+7%)^5 + 14,155/(1+7%)^6 = -$2,756.91
The new equipment should not be purchased as it results in a negative NPV of $2,756.91.