Least-Cost Investment Decision
You are considering the purchase of a new vehicle. There are twooptions for the auto acquisition: a traditional gas-powered auto ora hybrid auto. Based on the information provided below and usingnet present value (NPV), you will be evaluating the two options andmaking a recommendation. Note: this scenario is a least costdecision. Since the decision to buy a car will only involve costs,you will be choosing the option with the highest NPV (which in thiscase, will be the project with the LEAST negative NPV). The assumedWACC is 10%.
Traditional Gas-Powered Auto:
Project Life: The autos are going to bekept for 7 years before being sold.
Cost ofAuto: $18,000
Annual Maintenance Cost: Each year,maintenance costs will be a fixed $300.
Gas Cost:The cost of gas is estimated to be an average of $3.30 per gallonover the next 7 years. The auto gets an average of 30 miles to thegallon. The auto is to be driven 16,000 miles per year.
SalvageValue: The car has an estimated salvage value of$4,000 at the end of 7 years.
Hybrid Auto:
Project Life: The autos are going to bekept for 7 years before being sold.
Cost ofAuto: $24,000
Annual Maintenance Cost: Each year,maintenance costs will be a fixed $450 (hybrid maintenance costsare higher due to more complex technology).
Gas Cost:The cost of gas is estimated to be an average of $3.30 per gallonover the next 7 years. The auto gets an average of 55 miles to thegallon. The auto is to be driven 16,000 miles per year.
SalvageValue: The car has an estimated salvage value of$7,000 at the end of 7 years.
Tax Credit:The US government encourages the purchase of more fuel-efficientautos, and has offered a $1,000 tax credit in the year of purchaseof a qualifying vehicle. Note: The tax credit represents a cashinflow, as it represents cash saved on taxes. Assume the tax creditis taken at the END of the first year of ownership.
Required:
Calculate the NPV for both auto purchases.
Make a recommendation for which car you would purchase.
Assume gas prices rise to an average of $4.50 per gallon.Recalculate the NPVs and make a recommendation.
Traditional Gas-Powered Auto
$ Amount
PV Factor
PV of Cash Flow*
Cost of Auto
Maintenance per Year
Cost of Gas per Year
Salvage Value
Net Present Value
0
* Remember to make cash outflows negative and inflowspositive
Hybrid Auto
$ Amount
PV Factor
PV of Cash Flow*
Cost of Auto
Tax Credit
Maintenance per Year
Cost of Gas per Year
Salvage Value
Net Present Value
0
3. Gas at 4.50
Traditional Gas-Powered Auto
$ Amount
PV Factor
PV of Cash Flow*
Cost of Auto
Maintenance per Year
Cost of Gas per Year
Salvage Value
Net Present Value
0
* Remember to make cash outflows negative and inflowspositive
Hybrid Auto
$ Amount
PV Factor
PV of Cash Flow*
Cost of Auto
Tax Credit
Maintenance per Year
Cost of Gas per Year
Salvage Value
Net Present Value
0
Least-Cost Investment Decision
You are considering the purchase of a new vehicle. There are twooptions for the auto acquisition: a traditional gas-powered auto ora hybrid auto. Based on the information provided below and usingnet present value (NPV), you will be evaluating the two options andmaking a recommendation. Note: this scenario is a least costdecision. Since the decision to buy a car will only involve costs,you will be choosing the option with the highest NPV (which in thiscase, will be the project with the LEAST negative NPV). The assumedWACC is 10%.
Traditional Gas-Powered Auto:
Project Life: The autos are going to bekept for 7 years before being sold.
Cost ofAuto: $18,000
Annual Maintenance Cost: Each year,maintenance costs will be a fixed $300.
Gas Cost:The cost of gas is estimated to be an average of $3.30 per gallonover the next 7 years. The auto gets an average of 30 miles to thegallon. The auto is to be driven 16,000 miles per year.
SalvageValue: The car has an estimated salvage value of$4,000 at the end of 7 years.
Hybrid Auto:
Project Life: The autos are going to bekept for 7 years before being sold.
Cost ofAuto: $24,000
Annual Maintenance Cost: Each year,maintenance costs will be a fixed $450 (hybrid maintenance costsare higher due to more complex technology).
Gas Cost:The cost of gas is estimated to be an average of $3.30 per gallonover the next 7 years. The auto gets an average of 55 miles to thegallon. The auto is to be driven 16,000 miles per year.
SalvageValue: The car has an estimated salvage value of$7,000 at the end of 7 years.
Tax Credit:The US government encourages the purchase of more fuel-efficientautos, and has offered a $1,000 tax credit in the year of purchaseof a qualifying vehicle. Note: The tax credit represents a cashinflow, as it represents cash saved on taxes. Assume the tax creditis taken at the END of the first year of ownership.
Required:
Calculate the NPV for both auto purchases.
Make a recommendation for which car you would purchase.
Assume gas prices rise to an average of $4.50 per gallon.Recalculate the NPVs and make a recommendation.
Traditional Gas-Powered Auto | ||||||
$ Amount | PV Factor | PV of Cash Flow* | ||||
Cost of Auto | ||||||
Maintenance per Year | ||||||
Cost of Gas per Year | ||||||
Salvage Value | ||||||
Net Present Value | 0 | |||||
* Remember to make cash outflows negative and inflowspositive | ||||||
Hybrid Auto | ||||||
$ Amount | PV Factor | PV of Cash Flow* | ||||
Cost of Auto | ||||||
Tax Credit | ||||||
Maintenance per Year | ||||||
Cost of Gas per Year | ||||||
Salvage Value | ||||||
Net Present Value | 0 | |||||
3. Gas at 4.50
Traditional Gas-Powered Auto | ||||||
$ Amount | PV Factor | PV of Cash Flow* | ||||
Cost of Auto | ||||||
Maintenance per Year | ||||||
Cost of Gas per Year | ||||||
Salvage Value | ||||||
Net Present Value | 0 | |||||
* Remember to make cash outflows negative and inflowspositive | ||||||
Hybrid Auto | ||||||
$ Amount | PV Factor | PV of Cash Flow* | ||||
Cost of Auto | ||||||
Tax Credit | ||||||
Maintenance per Year | ||||||
Cost of Gas per Year | ||||||
Salvage Value | ||||||
Net Present Value | 0 | |||||