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Corporate Financial Management, Third Edition

Chapter 21: Leasing and Other Asset-Based Financing

ISBN: 9780132278720 Author: Douglas R. Emery, John D. Finnerty, John D. Stowe
copyright © 2007 Prentice Hall, Inc. A Pearson Education Company

Leasing and Other Asset-Based Financing

You have probably rented a car, a bike, or some other item. Maybe you rented a truck to take all your belongings to school. Did you consider buying instead? Not if you needed the item only for a few days. Rentals are typically for short periods, but firms often rent equipment and real estate for much longer periods. Sometimes they even rent entire plants.

We discussed the traditional methods of raising funds in Chapters 19 and 20. Firms can retain earnings or they can sell new issues of bonds, common stock, or preferred stock. They raise those funds on the strength of their general promise to pay and overall profitability. Investors look to the cash flow from the firm’s entire asset portfolio to provide the return on their investments.

Asset-based financing is different. The investors involved in asset-based financing must look to the cash flow from a specific asset for the return on their investment. In many cases, the lenders involved in asset-based financing lend on a nonrecourse basis. They look exclusively to a specific pool of assets for the cash flow to service their loans.

There are many types of asset-based financing, including lease financing, project financing, limited partnership financing, and corporate real estate mortgage financing. Lease financing is the most important. There are a variety of models for analyzing lease financing. The key to proper leasing analysis is making sure that the alternatives are comparable. We do this by applying the concept of debt service parity (DSP): Each alternative must have the same after-tax payment schedule. Toward the end of the chapter, after we discuss leasing, we take a quick look at project financing and limited partnership financing.

Focus on Principles:

  • Self-Interested Behavior: Look for profitable opportunities to lease (or rent) an asset, rather than borrow and buy it. Also look for profitable opportunities to arrange project financing or limited partnership financing for an asset you wish to purchase.
  • Incremental Benefits: Calculate the net advantage to leasing based on the incremental after-tax benefits that leasing will provide.
  • Time Value of Money: Use discounted cash flow analysis to compare the costs and benefits of leasing, relative to the alternative of borrowing and buying.
  • Two-Sided Transactions: Leasing transfers the tax benefits of ownership from the lessee to the lessor.
  • Comparative Advantage: Transfer the tax benefits of ownership to other parties if they are willing to pay for benefits your firm cannot use.
  • Valuable Ideas: Look for opportunities to develop asset-based financing arrangements that offer new positive-NPV financing mechanisms.
  • Options: Recognize that options in a lease, such as those to buy, extend, and cancel, are valuable to the lessee.
  • Capital Market Efficiency: Use the lease information disclosed in the footnotes to a firm’s financial statements to gauge the true financial impact of any leasing or rental agreements that do not appear on the face of the balance sheet.

21.1. Lease Financing

Leasing is not new. We know that leasing originated at least 3,000 years ago, because records show that the ancient Phoenicians chartered ships. Since that time, chartering, a form of ship leasing, has played a major role in financing maritime activities. Lease financing has also expanded to cover just about any type of capital equipment. Its use has grown very rapidly in recent decades. This is partly because capital equipment has become increasingly complex and costly, and quickly obsolete. Leasing offers a means of efficiently transferring the risk of obsolescence. More importantly, firms in capital-intensive industries, such as railroads, airlines, and utilities, have been unable to make full use of the tax deductions that result from asset ownership. Lease financing provides a way to effectively transfer tax deductions from those who cannot use them to those who can.

What Is a Lease?

A lease is a rental agreement that extends for one year or longer. Under a lease agreement, the owner of an asset (the lessor) grants another party (the lessee) the exclusive right to use the asset during the specified term of the lease in return for a specified series of payments, typically an annuity. In this way a lease resembles a secured loan.

Payments are typically made monthly, quarterly, or semiannually. The first lease payment is usually due when the lease agreement is signed. Payments are normally equal, like a mortgage or car payment. However, this time pattern can be altered. For example, a lease may provide for lower payments during the early years before the asset reaches its full potential to generate cash flow.

Often lease agreements also give the lessee the option to renew the lease or purchase the asset. Sometimes the purchase option specifies a fixed price, but usually it is the asset’s fair market value at the date the lessee exercises the option. If the purchase option is not exercised, the leased asset continues to belong to the lessor.

Types of Leases

With a full-service lease, the lessor (owner) is responsible for maintaining and insuring the assets and paying any property taxes due on them. With a net lease, the lessee is responsible for these costs. Operating leases are short term and are generally cancelable at the lessee’s option before the end of the lease term. Financial leases (or capital leases) are long term. They generally extend over most of the estimated useful economic life of the asset. Usually they cannot be canceled by the lessee before the end of the lease period. Those financial leases that can be canceled generally require the lessee to reimburse the lessor for any losses the cancellation causes.

Financial Leases

Financial leases are an important source of long-term financing. Entering into a financial lease is like entering into a loan agreement. The lessee receives an immediate inflow equal to the value of the asset. The lessee realizes this value as if it were cash, because it gets the exclusive use of the asset without having to purchase it. The firm also realizes the same stream of economic benefits (other than tax deductions) that it would have had if it had purchased the asset.

On the other hand, the lease agreement calls for specified periodic payments, just like a loan agreement. Moreover, if the lessee fails to make timely lease payments, the lessee runs the risk of bankruptcy, just as it would if it missed an interest payment or principal repayment on a loan. Therefore, a lease is very much like a secured loan.

Lease Financing Alternatives

Most financial leases fall into one of three categories: direct leases, sale-and-lease-back arrangements, or leveraged leases (Figure 21-1).

Figure 21-1 Illustration of the types of lease financing.

Direct Leases

Assets covered by financial leases are generally new. Under a direct lease, the lessee identifies the asset it requires. Then it either leases it directly from the manufacturer or arranges for some other lessor to buy it from the manufacturer and lease it to the lessee.

Sale-and-Lease-Back Arrangements

A firm may sell an asset it already owns and lease it back from the purchaser. Such arrangements are common in real estate. Under a sale-and-lease-back arrangement, the owner of an asset sells it, usually at market value, for cash. The purchaser assumes legal ownership, and thereby the right to the tax deductions associated with ownership and to the residual value. The seller gets the exclusive right to use the asset during the basic lease period in return for periodic lease payments.

Leveraged Leases

A lessor who provides lease financing for an expensive piece of equipment, such as an aircraft, may wish to borrow a portion of the funds to make that investment. Under a leveraged lease, the lessor borrows a substantial portion of the purchase price of the asset, generally up to 80%. The lessor provides the balance of the purchase price in the form of equity. To secure the loan, the lessor grants the long-term lender(s) a mortgage on the asset and assigns the lease contract to the lender(s). So lenders have a prior claim on the lease payments, as well as what is called a perfected first lien on the asset. Under such a lien, if the lessee fails to make timely lease payments, the lenders are entitled to seize the asset.

Advantages of Leasing

Leasing offers a number of legitimate advantages.

  • More-efficient use of tax deductions and tax credits of ownership.The main reason to choose lease financing is the lessor’s ability to use the tax deductions and tax credits associated with asset ownership more efficiently than the lessee can.
  • Reduced risk.Short-term operating leases, in particular, provide a convenient way to use an asset for a relatively short period of time. Cancelable operating leases, such as computer leases, relieve the lessee of the risk of product obsolescence. This risk shifting is efficient. The lessor, such as the equipment manufacturer, is usually in a better position to assume the risk. This motivation for leasing reflects the Options Principle: The cancellation option is valuable.
  • Reduced cost of borrowing.Lessors of assets that can be sold readily, such as vehicles, generally do not have to perform credit analyses quite as detailed as those conducted by general lenders. They are also more likely to be able to use “standardized” lease documentation. Both factors reduce transaction costs and thus result in a lower cost of borrowing for the lessee. This can especially benefit a smaller firm that may face restricted access to conventional sources of funds.
  • Bankruptcy considerations.In the case of aircraft and vessels, special provisions of the bankruptcy law give a lessor greater flexibility than that of a secured lender to seize the asset in the event of bankruptcy because the lessor owns the asset. Suppliers of capital to smaller or less credit-worthy firms, for which the risk of financial distress is greater, often prefer to advance funds through a lease rather than a loan. Because the lessor retains ownership of the asset, it can seize it if the lessee defaults.
  • An alternative source of financing.Lease financing may permit a lessee to access a new source of funds. For example, a finance company might not purchase the lessee’s securities, but might offer a lease. The new source is beneficial, of course, only if it results in a truly lower cost of borrowing.

Leasing also offers opportunities to circumvent restrictions. Managers sometimes cite these supposed benefits, but we are skeptical of whether these benefits are real.

  • Circumventing restrictive debt covenants or other restrictions.A firm might be able to borrow funds through lease financing even when conventional debt financing is prohibited by its debt covenants.1 The leases represent a disguised form of debt financing, so they may affect the lessee’s agency costs. However, recently drafted indentures and loan agreements usually contain limitations on leasing that close this loophole.

  • Off-balance-sheet financing.Firms often go to great lengths to design leases that achieve off-balance-sheet treatment. Many firms also try to keep lease payments as low as possible during the early years of the lease term, in order to minimize the impact on reported earnings per share. Based on the Principle of Capital Market Efficiency, however, you would expect the leasing information disclosed in the footnotes to the firm’s financial statements to enable market participants to gauge the true financial impact of the leasing arrangements. In fact, evidence shows that investors correctly evaluate the financial impact of firms’ financial lease obligations. So the apparent income statement and balance-sheet benefits are of highly dubious value.

Of course, as you might also expect, a market imperfection can cause the accounting treatment to affect value. Off-balance-sheet treatment can prove beneficial to a regulated firm, such as a bank, in certain situations. Banks are required to maintain a minimum ratio of capital to total assets based on balance sheet figures. Given any particular amount of capital, the minimum required capital-to-assets ratio determines the maximum amount of assets, as reported in the bank’s balance sheet. But by leasing assets off balance sheet, a bank can increase its assets above the constrained amount. When a bank’s assets are already at the permitted maximum, the incremental after-tax cash flow the bank will realize by employing the leased assets in its business should be included in calculating the benefits of leasing.

Example Synthetic Leases

Firms have used synthetic leases to get the use of assets but keep the debt off their balance sheet. An unrelated financial institution invests some equity and sets up a special-purpose entity (SPE) that borrows money, buys or constructs an asset the firm/lessee needs, and leases it to the firm under an operating lease. The firm/lessee owns the SPE for tax purposes. So the firm/lessee has the best of both worlds: It gets the depreciation and interest tax credits but the debt stays off its balance sheet. Firms have used synthetic leases to finance office buildings and plants. However, since the Enron bankruptcy put the spotlight on SPEs that hide corporate debt, firms have been much more reluctant to use synthetic leases.

Disadvantages of Leasing

There are two main disadvantages to leasing. First, the lessee forfeits the tax deductions associated with asset ownership. Second, the lessee must usually forgo residual value. A prospective lessee should evaluate carefully the cost of losing these benefits. Only then can it decide if leasing is really cheaper than borrowing and buying.

Bear in mind the Principle of Two-Sided Transactions. The tax benefits of leasing to the lessor are offset to some extent by certain tax detriments. The lessor must recognize the full amount of each lease payment as taxable income. As we have pointed out, a lease is like a loan. However, it is a loan in which the entire debt service payment is tax deductible to the borrower/lessee and taxable to the lender/lessor. Leasing is only beneficial when the present value of the benefits of leasing exceeds the present value of the costs of leasing.

Review

1.

What is a lease? What is a leveraged lease?

2.

What are the main advantages of leasing when compared with conventional debt financing?

21.2. Tax and Accounting Treatment of Financial Leases

There are special tax and accounting provisions that apply to financial leases. It is important for you to understand them, particularly the tax provisions, if you are going to be involved in a leasing transaction.

Tax Treatment of Financial Leases

The Internal Revenue Service (IRS) has established guidelines to distinguish true leases from installment sales agreements and secured loans. If the terms of the leasing arrangement satisfy the guidelines, the lessee can deduct for tax purposes the full amount of each lease payment, and the lessor is entitled to the tax deductions and tax credits of asset ownership. Here are the main guidelines:

  • The term of the lease cannot exceed 80% of the useful life of the asset. The term includes all renewal or extension periods other than renewals or extensions that are (1) at the option of the lessee and (2) at the fair market rental prevailing at the time of renewal or extension.
  • The lessor must maintain a minimum equity investment in the asset of no less than 20% of the asset’s original cost throughout the term of the lease.
  • The lessor can grant the lessee a purchase option. However, the exercise price must equal the asset’s fair market value at the time the purchase option is exercised. Certain lease transactions do take place with a purchase option that provides for a fixed price equal to the estimated future fair market value, but such a lease in that case does not conform to the guidelines and therefore does not qualify for an advance IRS ruling that it is a valid lease for tax purposes.
  • The lessee does not pay any portion of the purchase price of the asset. In addition, if the lease is a leveraged lease, the lessee does not lend the lessor funds with which to purchase the leased asset or guarantee loans from others to the lessor for this purpose.
  • The lessor must hold title to the property, and it must demonstrate that it expects to earn a pretax profit from the lease transaction—that is, profit apart from any tax deductions and tax credits it will realize.

These and the other requirements the IRS establishes are subject to change from time to time. As we have said several times, it is important to review the applicable tax rules. It is important to verify that a proposed lease arrangement will qualify as a true lease and to confirm that it is advantageous to lease.

Accounting Treatment of Financial Leases

The accounting treatment accorded leases has undergone significant changes in recent decades. At one time, leases represented off-balance-sheet financing. That is, neither the leased asset nor the associated lease obligations were recorded on the face of the lessee’s balance sheet. However, generally accepted accounting principles did require a lessee to disclose certain details regarding lease transactions in the footnotes to its financial statements.

Financial Accounting Standards Board Statement No. 13 (FASB 13) requires lessees to capitalize on their balance sheets all leases that meet any one of the following requirements:

  • The lease transfers ownership of the asset to the lessee before the lease expires.
  • The lease agreement grants the lessee the option to purchase the asset at a bargain price.
  • The term of the lease equals or exceeds 75% of the estimated useful economic life of the asset.
  • The present value of the minimum lease payments, discounted to the beginning of the lease period at the smaller of (1) the lessee’s incremental borrowing rate or (2) the interest rate implicit in the lease payment stream (the lease rate), equals or exceeds 90% of the asset’s value (net of any investment tax credit claimed by the lessor).

Leases that “fail” all four tests are operating leases from an accounting standpoint. They do not have to be capitalized on the face of the balance sheet.

FASB 13 assumes that if one of the four conditions is met, the lease arrangement is like purchasing the asset with borrowed funds. Accordingly, FASB 13 requires the lessee to report the present value of the lease payments under capital leases next to long-term debt on the right-hand side of the balance sheet, with a corresponding amount reported as an asset on the left-hand side of the balance sheet. The lessee amortizes the leased asset over the term of the lease. Correspondingly, under the “interest” method, the lessee separates each lease payment into an interest component and a principal repayment component. The amortization amount and the interest component of the lease payment are deducted from income for financial reporting purposes. The principal repayment component reduces the amount of the capitalized lease obligation reported on the lessee’s balance sheet.

Review

1.

Why does a lessor want to be sure that a lease qualifies as a lease for tax purposes?

2.

Are there any advantages to getting a lease off balance sheet? Suppose the lessee must provide the details of the lease in the footnotes to its financial statements.

21.3. Valuing a Financial Lease

Leasing analysis can be complex. A lease financing normally affects a firm’s capital structure. Because of its complexity, leasing analysis is one of the more controversial issues in financial management. In the past, there was considerable debate over the correct discount rate. However, the past controversy has been essentially resolved. Therefore, we focus our discussion on the generally accepted methods of leasing analysis.

Leasing involves an investment-financing interaction. That interaction can affect the decision to lease or to borrow and buy. It is even possible that the net present value of a capital investment project is negative when it is financed on a conventional basis, but positive when the asset is leased. Therefore, you should not limit your lease-versus-buy analysis just to those projects that can be justified on a purchase basis.

Leasing Displaces Borrowing

Lease analysis is similar to bond refunding analysis (Chapter 20). Just as one bond issue displaces another, so lease financing displaces debt. A firm that leases a piece of equipment reduces its borrowing capacity because it must meet its lease payment obligations on time in order to have uninterrupted use of the leased asset. If the lessee misses a lease payment, the lessor can reclaim the asset (which it legally owns) and sue the lessee for the missed lease payment. The consequences of failing to make a lease payment are the same as the consequences of failing to pay interest or repay principal on outstanding debt. The lessor becomes a creditor who can force the lessee into bankruptcy. Consequently, for purposes of financial analysis, a firm’s lease payment obligations belong in the same risk category as the firm’s interest and principal repayment obligations.

Example Leasing Is an Alternative to Borrowing

North American Coal Company (NACCO) has a coal mine project under consideration. The project would cost $100 million. Among the required equipment, NACCO needs an electric shovel that costs $10 million. NACCO would use the electric shovel for 10 years before selling it. NACCO expects the shovel to be worth $500,000 after 10 years. The firm can depreciate the electric shovel on a straight-line basis over 10 years for tax purposes. A finance company has offered to lease the shovel to NACCO. The lease would require annual payments of $1.745 million (payable at the end of each year) for 10 years.

Table 21-1 illustrates the interrelatedness of leasing and borrowing. Suppose NACCO currently has net assets worth $200 million and a debt ratio of 50%. If NACCO financed the $10 million electric shovel on a conventional basis without altering its capital structure, then it would borrow $5 million and raise $5 million of equity funds. That would leave the firm with $105 million of debt and $105 million of equity. Suppose instead that NACCO leased the electric shovel and that the associated lease obligations have a present value of $10 million. NACCO’s debt—including this lease obligation—increases to $110 million. No equity funds are required. The lease provides what practitioners like to refer to as “100% financing.” However, you can see that leasing has changed the firm’s capital structure. NACCO’s debt ratio increases from 50% to 52.4% (= 110/210). So the two alternatives are not comparable, because they do not leave the firm with the same capital structure.

Table 21-1 A financial lease displaces conventional debt (amounts in millions).

 Initial Capitalization Conventional Financing Lease Financing Target Debt Ratio Restored
Long-term debt:
Conventional debt
$100
$105
$100
$ 95
Financial lease obligations


10
10
  • Total long-term debt
100
105
110
105
Stockholders’ equity
100
105
100
105
  • Net assets
$200
$210
$210
$210
Debt ratio
50%
50%
52.4%
50%

NACCO can restore its capital structure to 50% debt only if it issues $5 million of equity and reduces its other borrowing by $5 million. Its debt would then consist of $95 million of preexisting debt plus the $10 million new lease obligation. Under both alternatives, NACCO has total debt of $105 million. However, under the leasing alternative, $10 million of that total consists of the new lease obligation. It is in this sense that a financial lease displaces conventional debt dollar for dollar.

Only when the alternatives of leasing, or borrowing and buying, are placed on a comparable basis can we make an accurate choice. Such a comparable basis includes the firm’s capital structure. Whether the firm will in fact have the same capital structure after implementing either alternative is a separate decision and should be evaluated on its own merits. The important point is to isolate the decision under consideration and not to confuse a lease versus borrow-and-buy decision with a capital structure decision.

Basic Analytic Framework

We have pointed out how the cash flow stream associated with a financial lease is similar in financial effect to the cash flow stream of a secured loan. This suggests an appropriate starting point for analyzing a financial lease: Compare it to the alternative of borrowing to finance the purchase price of the asset and repaying this loan over the lease term.

Example A Financial Lease Is Similar to a Secured Loan

Let’s consider further our NACCO example. What are NACCO’s direct cash flows for leasing versus buying an electric shovel?

Table 21-2 shows the firm’s direct cash flow consequences of lease financing an electric shovel. The firm does not have to spend $10 million to purchase the shovel. The effect is equivalent to a cash inflow of $10 million. However, NACCO must make periodic lease payments. These are tax deductible. Therefore, assuming a 40% tax rate, a lease payment of $1,745,000 gives rise to a tax deduction worth $698,000 [= (0.4)1,745,000]. It must also forgo the depreciation tax deductions and residual value of ownership. Each electric shovel is depreciated to a salvage value of $500,000. Depreciation is straight line. Each year’s deduction is $950,000 [= (10,000,000 − 500,000)/10]. The after-tax value of each year’s deduction is $380,000 [= (0.4)950,000]. Putting all these factors together, there is an effective initial net cash inflow of $10.0 million. It is followed by effective net cash outflows of $1.427 million in each of years 1 through 9 and $1.927 million in year 10.

Table 21-2 Direct cash flow consequences to NACCO of lease financing an electric shovel (amounts in thousands).

Year 0 1 2 3 4 5 6 7 8 9 10
Benefits of Leasing:
Initial outlay (avoided)
+10,000
         Â
Costs of Leasing:
Lease paymentsa
 −1,745
−1,745
−1,745
−1,745
−1,745
−1,745
−1,745
−1,745
−1,745
−1,745
Lease payment tax creditb
 +698
+698
+698
+698
+698
+698
+698
+698
+698
+698
Depreciation tax credits forgonec
 −380
−380
−380
−380
−380
−380
−380
−380
−380
−380
Salvage value forgone
          −500
Net cash flow to lease
+10,000
−1,427
−1,427
−1,427
−1,427
−1,427
−1,427
−1,427
−1,427
−1,427
−1,927

aLease payments made annually in arrears.

bAssumes the lessee’s marginal income tax rate is 40%.

cAssumes straight-line depreciation to a $500,000 terminal book value for tax purposes.

Note that a different tax rate would change the cash flows. So, for example, if the firm did not expect to pay income taxes during the lease, the value of the depreciation tax deductions forgone would be zero.

Note also that in addition to the direct cash flows, leasing causes NACCO to forgo the tax deductions associated with asset ownership. We incorporate this effect later when we calculate the net advantage to leasing using the incremental cash flows.

Using Debt Service Parity

The debt service parity (DSP) approach is useful for this purpose. It applies to leasing analysis much as it does to bond refunding. As we have said, the principal tenet of the DSP approach is that the two alternatives must be evaluated as though the firm’s total after-tax obligation (either lease payments or debt service payments) will be exactly the same under either alternative. Maintaining such parity is important. Evaluating the lease-versus-borrow-and-buy decision must avoid the complications associated with other possible simultaneous decisions. These complications could bias the calculation of the net advantage to leasing.

When you apply the DSP approach, you ask the question, “How much money can I raise today by selling the debt stream promised by the lease?” If this amount is greater than the purchase price of the financed asset, then the lease will not increase shareholder wealth. You could buy the asset more economically using borrowed funds.

First, we determine the amount of debt the firm can issue today. We assume the after-tax period-by-period debt service payments for the borrow-and-buy alternative are identical to the lease alternative. Here is how you might view the amount of debt the firm could issue today. Think of the after-tax lease payments as a set of promised future cash flows that could be “auctioned off” in the capital market. The amount of debt the firm can issue today is then the amount it would receive in exchange for that set of promised future cash flows. If the proceeds of the debt are not enough to purchase the equipment, then the leasing alternative has a positive NPV and should be undertaken. Of course, if the debt proceeds are greater, then leasing would decrease shareholder wealth and should not be undertaken.

The Net Advantage to Leasing

The net advantage to leasing equals the purchase price minus the present value of the incremental after-tax cash flows, the CFATs, associated with the lease. The net advantage to leasing (NAL) is

(21.1)

21.1

P is the purchase price and PV(CFATs) is the present value of the CFATs.

What is the appropriate discount rate for determining the present value of the lease payments, any after-tax change in operating or other expenses (due to the lessor becoming responsible for paying them under the terms of the lease), and depreciation tax deductions? They should all be discounted at the lessee’s after-tax cost of similarly secured debt (assuming 100% debt financing for the asset). In Chapter 20, we saw that secured debt provides lenders with a lien on certain assets. This is also the required return for the lease payments. This is true because a firm’s lease payments belong to the same risk class as the firm’s debt payments. In addition, the lease obligation is secured because the lessor retains ownership of the asset. However, the lessee is effectively borrowing 100% of the purchase price. So the financial lease obligation is not overcollateralized, as is typically the case with conventional secured debt financing.2 Accordingly, the secured debt rate used in the financial lease valuation should reflect the absence of overcollateralization. Typically, it will be a weighted average of the cost of fully secured debt and the cost of unsecured debt.

The present value of the expected residual value of the asset—the salvage value—is determined by discounting at a higher required return to reflect its greater riskiness. Residual value is more closely related to overall project economic risk than to financing risk. Therefore, the required return for the project is used to determine the present value of the expected residual value.

The relevant incremental cash flows associated with a lease-versus-borrow-and-buy decision include (1) cost of the asset (savings), (2) lease payments (cost), (3) incremental differences in operating or other expenses between the leasing and buying alternatives (cost or savings), (4) depreciation tax deductions (forgone benefit), (5) expected net residual value (forgone benefit),3 and (6) investment tax credit or other tax credits (forgone benefit).

The net advantage to leasing is

(21.2)

21.2

where

NAL
=
the net advantage to leasing
P
=
the purchase price of the asset
N
=
the number of periods in the life of the lease
T
=
the lessee’s (asset user’s) marginal ordinary income tax rate
CFt
=
lease payment in year t
ΔEt
=
the total incremental difference in operating or other expenses in year t between the leasing and buying alternatives
Dt
=
the depreciation deduction (for tax purposes, not financial reporting purposes) in year t
r'
=
the pretax cost of debt, assuming 100% debt financing for the asset (typically, this will be a weighted average of the fully secured and unsecured debt rates)
r
=
the required return for the asset (its after-tax weighted average cost of capital)
SAL
=
after-tax salvage value of the asset (the expected residual value of the asset at the end of the lease)
ITC
=
investment tax credit, if available

Equation (21.2) assumes the lease payments are made in arrears (that is, at the end of each period), not in advance (at the beginning of each period). Lease agreements often provide for lease payments to be made in advance. In such cases, adjust Equation (21.2), and the other equations presented in this section, appropriately to reflect properly the exact timing of the lease payments. The equation also assumes that the lessor claims any investment tax credit (ITC). Lease agreements sometimes permit the lessee to claim it instead. Before performing a leasing analysis, check the proposed lease terms to determine the timing of the lease payments and who is entitled to claim any available ITC.

Analyzing a Lease-or-Buy Decision

Let us apply the DSP approach to NACCO’s lease-or-buy decision. First, we must specify current capital market conditions. NACCO can borrow 10-year secured installment debt in the amount of 80% of the value of each electric shovel at a pretax interest rate of 11.5% per year. NACCO can borrow unsecured installment debt in the amount of the remaining 20% of the value of each electric shovel at a pretax interest rate of 14.0% per year. Finally, the after-tax required return (weighted average cost of capital) for this project is 15% per year. NACCO’s marginal tax rate is 40%.

Example NACCO’s Net Advantage to Leasing

NACCO’s cost of debt, assuming 100% debt financing with 80% secured and 20% unsecured, is 12.0% [= (0.8)11.5% + (0.2)14.0%] before tax and 7.2% after tax [= (1 − 0.4)12.0%]. The lease payments are $1,745,000 at the end of each year for 10 years. They are tax deductible. The amount of the depreciation tax deductions forgone is $950,000 per year [= (10,000,000 − 500,000)/10]. The related tax savings forgone are $380,000 per year [= (0.4)950,000]. The salvage value is $500,000. There is no ITC. Therefore, applying Equation (21.2), the net advantage to leasing for NACCO is

The net advantage to leasing is negative. The firm should borrow and buy rather than lease the shovel. We will show you later that NACCO’s ability to fully use the tax deductions associated with asset ownership itself is largely responsible for this negative value.

Leasing and Capital Budgeting

As we saw in the case of capital structure, taxes affect asset value. Lease financing can affect the value of an investment by enabling a lessee to take advantage of any potential tax asymmetry. It is possible for a project that would have a negative NPV if the firm financed it on a conventional basis to have a positive NPV if it is lease financed. If the lessor can benefit from tax deductions and credits and their timing but the lessee cannot, leasing can increase the investment value.

Example Lease Financing Can Affect the Value of an Investment Project

The top panel of Table 21-3 illustrates the cash flow streams for an electric power project. The project’s owner can lease the power generation equipment. The firm will never be able to claim the tax deductions associated with asset ownership. The firm has determined that debt financing is of no benefit because it is unable to claim the interest tax deductions. The firm’s investments require a 15% return (zero leverage). The NPV of the project is −$1,907,113. The project would therefore be unprofitable if it were financed on a conventional basis.

Table 21-3 Illustration of how lease financing can turn a project profitable.

NPV (Conventionally Financed)
Time Item BTCF ATCF PV at 15%
0
Initial outlay
−50,000,000
−50,000,000
−50,000,000
1–7
ΔRev − ΔExp.
11,378,903
11,378,903
47,341,013
7
Residual value
2,000,000
2,000,000
751,874
    NPV = −$1,907,113
Net Advantage to Leasing
Time
Item
BTCF
ATCF
PV at 12%a(15% for residual value)
0
Initial outlay
50,000,000
50,000,000
50,000,000
1–7
Lease payments
−10,300,000
−10,300,000
−47,006,692
7
Residual value
−2,000,000
−2,000,000
−751,874
    NAL = $2,241,434
Total Net Present Value
Total net present value = −$1,907,113 + 2,241,434 = $334,321

aAssumes a new issue rate of 12.00% for the firm’s debt.

Suppose instead that the project is lease financed. The middle panel of Table 21-3 shows the associated cash flows. The lease arrangement calls for lease payments of $10,300,000 at the end of each year. The net advantage to leasing in $2,241,434.

By combining the NPV of the conventionally financed project with the net advantage to leasing (NAL), we get the total NPV of the project lease financed, as shown in the bottom panel of Table 21-3:

(21.03)

21.03

The lease rate is low enough that the net advantage to leasing outweighs the negative net present value of the project when it is financed on a conventional basis. In effect, the lessor is willing to pay enough for the tax deductions to make the project profitable. Thus, the project is profitable when lease financed but unprofitable otherwise.

Note that the project’s residual value could also play an important role in the economics of leasing. Suppose the residual value in the example just given were, say, $10 million. The net present value of the project when financed on a conventional basis would be $1.10 million, and the net advantage to leasing would be −$0.77 million. The sponsor should finance the project in that case on a conventional basis even though it does not expect to be able to use any of the tax deductions associated with asset ownership.

When Is Lease Financing Advantageous?

As you would expect, leasing would be a zero-sum game between lessor and lessee in a perfect capital market environment. Even with taxes, in an otherwise-perfect capital market environment, it will be a zero-sum game if both parties have the same marginal tax rate.

Of course, in an imperfect capital market environment, there is a possibility that a tax asymmetry, information asymmetries, or transaction costs may cause leasing to be favorable for both lessor and lessee. Therefore, if the lessor and the lessee have different marginal income tax rates, the CFATs can have different present values to the two parties. Leasing may also offer a better way to allocate the risk connected with an asset. Certain parties may have a comparative advantage in dealing with certain kinds of uncertainty. Finally, still other parties may have a comparative advantage in dealing with particular transaction costs connected with an asset.

Bad Reasons for Leasing

Managers are sometimes tempted to play accounting “games” to try to fool investors. Such games are not likely to be successful, and more important, they can lead to negative-NPV decisions. Earlier, we noted that it appears to some people that leasing provides “100% financing,” whereas debt provides less. This is sometimes given as a reason for leasing. We hope you can see that is false. Finally, we also noted that leasing may offer an opportunity to circumvent one or more restrictions. If this is the purpose of the lease, you should consider very carefully whether leasing is wise. Regulations and restrictions may exist for good reasons.

Review

1.

How does a lease displace conventional debt?

2.

What is the net advantage to leasing?

3.

How is the debt service parity approach applied to leasing?

21.4. Project Financing

Firms often find it advantageous to finance large capital investment projects that involve discrete assets on a project, or stand-alone, basis. Project financing is generally possible when a project possesses the following two characteristics:

  1. The project consists of a discrete asset or a discrete set of assets capable of standing alone as an independent economic unit.
  2. The economic prospects of the project, combined with commitments from the sponsors or from third parties, assure that it will generate sufficient revenue net of operating costs to service project debt.

Mines, mineral processing facilities, electric generating facilities, pipelines, dock facilities, paper mills, oil refineries, and chemical plants are examples of assets that firms have financed on a project basis. In each case, the project’s assets and the related debt obligations are separated from the sponsoring firms’ other assets and liabilities, and the project is analyzed as a separate (though not necessarily independent) unit.

Project Structure

Each project is unique in some respects. Project financing arrangements are designed to suit the project’s special characteristics and to resolve potential agency problems.

Example Project Financing Versus Conventional Financing

Suppose that NACCO wishes to develop the coal mine project discussed previously in order to obtain coal to sell to Electric Generating Company. NACCO could finance the mine on its general credit by selling equity securities or debentures and investing the proceeds in the project. Suppose, however, that in return for an assured source of coal supply, Electric Generating is willing to enter into a long-term coal purchase contract with NACCO. The mine will cost $100 million, which NACCO would like to borrow. The terms of the coal purchase contract can be drawn in such a way that the contract will provide support for the loans. NACCO will arrange to finance development of the mine and minimize potential agency costs. In the extreme case, the loans may be nonrecourse to NACCO. In that case, lenders will look solely to payments under the coal purchase contract for the payment of interest and the repayment of principal on their loans. The loans would then be designed to be self-liquidating from the revenues to be derived from coal sales to Electric, and the project financing would have little impact on NACCO’s borrowing capacity.

The coal mine is capable of standing alone as an independent economic unit because of the long-term coal purchase contract, which will guarantee a market for its output. Normally, the project sponsor would have to make additional commitments (described next) to lenders as a condition for their agreeing to lend to the project.

Project Financing

Financial engineering is crucial in project financing. It is necessary to design contractual arrangements to allocate project risks among the entities involved with the project, to allocate the economic rewards among them, to convey the credit strength of creditworthy firms to support project debt, and to minimize total agency costs. Typical credit support arrangements include the following:

  • Completion undertaking.Such an undertaking obligates the sponsors or other creditworthy entities either (1) to assure that the project will pass certain performance tests by some specified date, or (2) to repay the debt. As an example of the former, the coal mine mentioned earlier might be required to produce a certain number of tons of coal per month for a certain specified number of months prior to some specified date. Completion undertakings are designed to control the equityholders’ tendency to pursue high-risk projects at the expense of lenders. They also prevent the equityholders from abandoning a project without fully compensating lenders if a project becomes unprofitable.
  • Purchase, throughput, or tolling agreements.These obligate one or more creditworthy entities to purchase the project’s output or use its facilities. Purchase agreements that are capable of supporting project financing take the form of take-or-pay contracts or hell-or-high-water contracts. Take-or-pay contracts obligate the purchaser to take the project’s output or else pay for it if the product is offered for delivery (but normally only if the product is available for delivery). Hell-or-high-water contracts obligate the purchaser to pay in all events, that is, whether or not any output is available for delivery. The latter is, of course, stronger and therefore provides greater credit support. Throughput agreements are often used in pipeline financing. They require shippers to put some specified minimum amount of a product (for example, oil) through the pipeline each month (or interest period) in order to enable the pipeline to generate sufficient cash to cover its operating expenses and debt service requirements. They can take the form of either ship-or-pay (similar to take-or-pay obligations) or hell-or-high-water undertakings. Tolling agreements are often used in financing processing facilities, such as an aluminum smelter, where the user retains ownership of the item throughout the production process. Such arrangements require users to process a certain specified minimum amount of raw material each month (or interest period).
  • Cash deficiency agreements.Unless the purchase, throughput, or tolling agreement is of the hell-or-high-water variety, interruptions in availability or deliverability can result in the project realizing insufficient cash to meet its debt service obligations. Sponsors may therefore have to provide supplemental credit support in the form of a cash deficiency agreement. It obligates the sponsor to invest additional cash as required by the project to meet its debt service obligations.

Advantages of Project Financing

Project financing can provide significant advantages in certain situations.

  • Risk sharing.A sponsor can enlist one or more joint venture partners to share the equity risk. Such risk sharing is beneficial in the presence of significant costs of financial distress. It should be considered whenever a capital investment project is so large relative to a firm’s existing asset portfolio that pursuing it alone would increase the firm’s risk of bankruptcy to an unacceptable level. Under some circumstances, a project sponsor can transfer risks to suppliers, purchasers, and, to a limited degree, lenders through contractual arrangements like those just discussed. Risks can be allocated to parties who are willing to bear them at the lowest cost.
  • Expanded debt capacity.By financing on a project basis rather than on its general credit, a firm may be able to achieve a higher degree of leverage than would be consistent with its senior debt rating objective if it financed the project entirely on its own. Project-related contractual arrangements transfer portions of the business and financial risk to others. This permits greater leverage.
  • Lower cost of debt.Suppose the purchasers of the project’s output have a higher credit standing than project sponsors. In that case, financing on the purchasers’ credit rather than on the sponsors’ credit can lead to a lower cost of debt. This benefit is more likely to occur when the output of the project will create a positive NPV for the purchaser that can be realized only if the sponsor undertakes the project. The project sponsor is effectively realizing a portion of the purchaser’s positive NPV through the lower cost of borrowing it achieves.

Disadvantages of Project Financing

Project financing can involve significant transaction costs. The contractual arrangements mentioned earlier are often complex. Consequently, arranging project financing usually involves significant legal fees. In addition, lenders generally require a yield premium in return for accepting credit support in the form of contractual undertakings rather than a firm’s direct promise to pay because of the higher agency costs.

When to Use Project Financing

A project should be financed on a project basis only if that method of financing maximizes shareholder wealth. This will generally be the case when (1) project financing facilitates a higher degree of leverage than conventional financing and (2) the tax effects owing to the higher degree of leverage exceed the sum of the costs associated with the yield premium lenders require plus the higher after-tax transaction costs.

Review

1.

When might project financing be a feasible financing alternative?

2.

What are the main advantages and disadvantages of project financing?

21.5. Limited Partnership Financing

We said earlier in this chapter that leveraged lease financing represents a cost-effective alternative to debt financing when the lessee is unable to fully use the tax benefits of asset ownership. Limited partnership financing represents another form of tax-oriented financing. But unlike leasing, the sale of limited partnership units is a form of equity financing.

Limited partnerships have been formed to finance real estate projects, oil and gas exploration, film making, research and development projects, the construction of cable television systems, Broadway shows, Hard Rock Cafe restaurants, and various other ventures.

Characteristics of Limited Partnerships

A limited partnership is a special form of partnership. Certain partners, called limited partners, enjoy limited liability. They are passive investors like the stockholders of a corporation. But a limited partnership, like partnerships generally, does not pay income taxes. Income or loss for tax purposes is passed through to the partners. So suppose a firm plans a capital-intensive investment, such as oil and gas drilling, but believes it will not have sufficient taxable income to fully use the tax deductions and tax credits of the venture. It could form a limited partnership in order to direct the tax benefits through to the investors.4 Particularly in risky projects like oil exploration, these tax benefits can offer a substantial inducement to individual investors to share the investment risks inherent in such projects.

The limited partnership is operated by a general partner. The general partner is responsible for the liabilities of the limited partnership (except for those liabilities specifically assumed or guaranteed by the limited partners). Income, losses, tax credits, and distributions are allocated among the partners in accordance with a sharing formula specified at the time the limited partnership is formed.

Example The Cinema Group Partners Limited Partnership

Cinema Group Partners was formed some years ago. The general partner contributed 10% of the partnership capital. The limited partners were promised 98% of profits, losses, tax credits, and cash distributions until they recovered their investment. Thereafter, they were promised 80% until they received cash representing in the aggregate 200% of their investment. After that, they were promised 70% until they received cash representing in the aggregate 300% of their investment, and 60% of any subsequent cash distributions. In addition, the general partner receives a management fee equal to 4% of the limited partnership’s net worth.

Measuring the Cost of Limited Partner Capital

A firm that sets up a limited partnership and serves as general partner effectively experiences the following cash flow benefits and costs:

  • Initial cash inflow equal to the net proceeds from the sale of units of limited partnership interest
  • Annual cash inflows equal to the taxes payable on the portion of partnership taxable income allocated to the limited partners
  • Initial cash outflow equal to the amount of the investment tax credit, if any, allocated to the limited partners
  • Annual cash outflows equal to (1) the cash distributions to the limited partners plus (2) the tax shields resulting from the portion of partnership losses for tax purposes allocated to the limited partners
  • Terminal cash outflow equal to the residual value of the limited partnership’s assets allocated to the limited partners

Example Calculating the Cost of Limited Partner Capital

Table 21-4 provides the incremental cash flows associated with financing a new cable television system through a limited partnership. The general partner intends to terminate it after 10 years. The financing involves the sale of $50 million of units of limited partnership interest. The sale raises $45 million net of issuance expenses. The general partner will invest $5 million for a 10% ownership interest. The limited partnership agreement calls for the limited partners to pay all the issuance expenses and contribute 90% of partnership capital. The limited partners will also receive 90% of partnership income, losses, tax credits (if any), and cash distributions until they have received aggregate cash distributions equal to their original $50 million investment. After that, the limited partners will receive 50% of partnership income, losses, tax credits (if any), and cash distributions. The sponsor’s marginal ordinary income tax rate is 40%.

Table 21-4 Calculation of cost of limited partner capital (amounts in millions).

End of Year (1)
Net Proceeds of Financinga
(2)
Partnership Operating Cash Flowb
(3)
Partnership Taxable Incomec
(4)
Distribution to Limited Partnersd
(5)
Tax on Income (Loss) Forgonee
(6)
Residual Value Forgonef
(7)
Net Cash Flow to Sponsorg
0
$45.0





$45.00
1

$1.5
−$3.5
$1.35
−$1.26

−2.61
2

3.0
−2.0
2.70
−0.72

−3.42
3

3.5
−1.5
3.15
−0.54

−3.69
4

7.0
2.0
6.30
0.72

−5.58
5

10.0
5.0
9.00
1.80

−7.20
6

12.0
7.0
10.80
2.52

−8.28
7

14.0
9.0
12.60
3.24

−9.36
8

16.0
11.0
9.82
2.70

−7.12
9

17.5
12.5
8.75
2.50

−6.25
10

19.0
14.0
9.50
2.80
$51.30
−58.00
Cost of limited partner capitalh = 12.88%

aCalculated as gross proceeds of $50 million less 10% issuance expenses.

bAs projected by the general partner.

cCalculated as operating cash flow less straight-line depreciation amounting to $5 million per year.

dCalculated as 90% of operating cash flow until limited partners recover their $50 million investment (during year 8) and as 50% of operating cash flow thereafter.

eTaxes payable (credit) by the general partner if the income allocated to the limited partners had instead been included in its income. Limited partners are allocated the percentage of partnership taxable income as their percentage of partnership operating cash flow. Amount is calculated by multiplying column 3 by the allocation percentage and by the tax rate: for year 3, −1.5 × 0.9 × 0.4 = −0.54.

fAssumes the cable television system is sold for 9 times year 10 operating cash flow, or $171.0 million. Residual value is net of taxes (at a 40% marginal rate) on the half of terminal value that is forgone. Note that the $50 million project is fully depreciated to 0.

gCalculated as the net proceeds of financing plus tax on income (loss) forgone less distribution to limited partners less also residual value forgone.

hCalculated as the internal rate of return of the net cash flow to sponsor.

The initial cash flow is the $45 million inflow, representing the net proceeds from the sale of the units of limited partnership interest (column 1). Each annual cash flow thereafter (column 7) except the last year’s is equal to the amount of income taxes saved (tax credits lost) on the portion of partnership income (loss) allocated to the limited partners (column 5) less the cash distributions to limited partners (column 4). Note that in year 8 the limited partners reach $50 million in aggregate cash distributions after the payment of $4.1 million that year. The $4.1 million payment represents 90% of $4.56 million. The remaining $11.44 million of year 8’s operating cash flow is divided equally between the general and limited partners, giving the limited partners total cash distributions of $9.82 (= 4.1 + 5.72) million for the year. Table 21-4 assumes that the limited partnership sells the cable television system for nine times the last year’s operating cash flow, or $171 million. It must distribute $85.5 million (50% of the proceeds) to the limited partners. Because the cable television system has been fully depreciated, there is a $171 million gain on the transaction, half of which is borne by the limited partners. After-tax residual value forgone (column 6) is therefore $51.3 million [= (0.6)85.5].

The cost of limited partner capital (that is, capital raised from the limited partners, CLPC in the following equation) is just the discount rate that equates the present value of the net cash outflows from the sponsor in Table 21-4 to the $45 million net proceeds of financing:

(21.04)

21.04

NP is the net proceeds from the limited partnership financing. CFATt is the net after-tax cash flow in year t. CLPC is the cost of limited partner capital, and T is the term of the limited partnership.

Limited partnership financing in this case represents an alternative to all-equity financing.5 The cost of limited partner capital in Equation (21.4) should therefore be compared with the unleveraged required return for the project (because this limited partnership has no debt). Suppose the capital investment project has a 15% unleveraged required return. Then limited partnership financing is cheaper than conventional all-equity financing.

The cost of limited partner capital depends importantly on the limited partners’ tax position and on the asset’s residual value. The higher the tax rate on the limited partners’ income, the greater the value of the tax credits transferred to them. Hence, the lower is likely to be the firm’s cost of raising funds through limited partnership financing. In addition, the lower the portion of residual value that needs to be allocated to limited partners, the lower the cost of funds, as was the case with lease financing.

Advantages and Disadvantages of Limited Partnership Financing

Limited partnership financing provides an alternative means of “selling” the tax deductions and tax credits associated with asset ownership. As in the case of lease financing, limited partnership financing can be mutually beneficial to the firm and to the investor when the investor pays income tax at a higher marginal rate than the firm.

Also as in the case of lease financing, the firm must sacrifice a portion of the asset’s residual value. When the forgone residual value is taken into account, limited partnership financing may prove to be more expensive than conventional equity financing.

In contrast to lease financing, limited partnership financing can also be advantageous to profitable firms. A partnership is nontaxable. Organizing a project (or a business) as a limited partnership, rather than having a corporation own it, eliminates a layer of taxation.

Review

1.

What is a limited partnership? How do the liabilities of general partners and limited partners differ?

2.

How is limited partnership financing similar to lease financing? How is it different?

Summary

  • A firm can finance a project on the strength of its general promise to pay and overall profitability. It does so by promising investors and/or lenders a share of the future cash flow from its entire portfolio of assets. Alternatively, it can use asset-based financing. In that case, the amount providers of capital are paid is tied to the firm’s use of a particular asset.
  • Asset-based financing techniques include leasing, project financing, and limited partnership financing.
  • Asset-based financing should be employed only if it increases shareholder wealth.
  • Lease financing is equivalent to borrowing to buy the asset. The decision whether to lease must therefore be evaluated relative to the borrow-and-buy alternative, while the capital structure side effects are neutralized. Use the DSP approach.
  • Lease financing can be cheaper than conventional secured debt financing for a firm due to a potential tax asymmetry. Lease financing will have a positive net advantage only if the net present value of the net cash flows to the lessee is positive, or equivalently, only if the lease financing provides a greater amount of funds to the lessee than an equivalent loan.
  • Lease financing may be beneficial when the lessor is better able to bear the risks of technical obsolescence than the lessee. This may be the case with lessor/manufacturers of high-technology assets such as computers.
  • Project financing should be considered whenever a capital investment project (1) consists of a discrete asset (or set of assets) that can operate as a separate business, (2) has a positive expected net present value, and (3) is so large relative to the sponsor’s existing asset portfolio that pursuing it alone would increase the sponsor’s risk of bankruptcy to an unacceptable level.
  • Project financing should also be considered whenever there is a readily identifiable set of purchasers for the project’s output who would be willing to enter into contractual commitments against which the sponsor could borrow funds for the project on a nonrecourse basis.
  • Limited partnership financing can be cheaper than conventional equity financing for a firm that cannot fully use the tax benefits of asset ownership. A profitable firm that can operate a portion of its business in a separate partnership entity and thereby eliminate corporate taxation of the separate entity’s income can also find it advantageous. Limited partnership financing will have a positive net advantage to a firm only if the cost of limited partner capital is less than the firm’s cost of capital for equivalent conventional financing.

Equation Summary

(21.01)

21.1

(21.02)

21.2

(21.03)

21.3

(21.04)

21.4

Questions

1.

Define the terms lease, lessor, and lessee. What is the relationship between a lessor and a lessee?

2.

What are the principal advantages and principal disadvantages of lease financing? Which of the purported advantages are really of dubious value?

3.

Explain why a dollar of lease financing displaces a dollar of conventional debt financing.

4.

What are the principal tax benefits associated with asset ownership?

5.

What requirements must a lease satisfy to qualify as a true lease for tax purposes?

6.

Describe how the net advantage to leasing is measured.

7.

What is the appropriate discount rate to use in calculating the present value of the incremental after-tax cash flows associated with a lease financing? Why is the expected residual value of the asset discounted at a higher rate?

8.

Define the term project financing. Under what circumstances is project financing an appropriate method of financing a capital investment project?

9.

What are the main advantages and disadvantages of project financing?

10.

What do lease financing and limited partnership financing have in common?

Challenging Questions

11.

Leasing enables a firm to acquire the use of an asset just as a cash purchase would. So should the asset acquisition/lease decision be evaluated by using the lessee’s required return for the asset as the discount rate? But lease financing displaces conventional debt financing. So should the asset acquisition/lease decision be evaluated by using the lessee’s cost of secured debt as the discount rate? How would you resolve these apparently contradictory arguments?

12.

Suppose a limited partnership has debt.

  1. How would you interpret the cost of limited partner capital?
  2. How would you compare the cost of limited partner capital in that case to the cost of conventional financing?

13.

A copper mining firm would like to finance the construction of a copper mine on a nonrecourse project basis. It will set up a separate corporation to finance, build, own, and operate the mine. It will also agree to purchase all the mine’s output on terms that will be spelled out in a copper purchase agreement. The separate corporation will pledge the copper purchase agreement as security for a bank loan.

  1. Describe the agency costs involved in this arrangement.
  2. Why would the bank charge a higher interest rate on this loan than it would on an otherwise-identical loan directly to the mining firm?

Problems

Level A (Basic)

A1.

(Net advantage to leasing) Arkansas Instruments (AI) can purchase a sonic cleaner for $1,000,000. The machine has a five-year life and would be depreciated straight line to a $100,000 salvage value. Hibernia Leasing will lease the same machine to AI for five annual $300,000 lease payments paid in arrears (at the end of each year). AI is in the 40% tax bracket. The before-tax cost of borrowing is 10%, and the after-tax cost of capital for the project would be 12%.

  1. What cash flows does AI realize if it leases the machine instead of buying it?
  2. What is the net advantage to leasing (NAL)?

A2.

(Net advantage to leasing) Allied Metals, Inc., is considering leasing $1 million worth of manufacturing equipment under a lease that would require annual lease payments in arrears for five years. The net cash flows to lessee over the term of the lease (with zero residual value) are given here. Allied’s cost of secured debt is 12%, and its cost of capital is 16%. Allied pays taxes at a 34% marginal rate.

  1. Calculate the net advantage to leasing.
  2. Should Allied lease, or borrow and buy?
Year
0
1
2
3
4
5
Net cash flow ($000)
1,000
−300
−275
−250
−225
−200

A3.

(Net advantage to leasing) A firm is considering leasing a computer system that costs $1,000,000 new. The lease requires annual payments of $135,000 in arrears for 10 years. The lessee pays income taxes at a 35% marginal rate. If it purchased the computer system, it could depreciate it to its expected residual value over 10 years. The lessee’s cost of similarly secured debt is 10% and its WACC is 15%.

  1. Calculate the net advantage to leasing assuming zero residual value. Should the firm lease the computer system?
  2. Calculate the net advantage to leasing assuming $250,000 residual value. Should the firm lease the computer system?

A4.

(Cost of limited partner capital) Suppose the cable television limited partnership example in the text instead enabled the limited partners to receive 90% of partnership income, losses, tax credits, and cash distributions for the life of the limited partnership. Calculate the cost of limited partner capital.

A5.

(Cost of limited partner capital) What is the cost of limited partner capital if a limited partner invests $50 million at time zero and receives net distributions of $8 million for the next 10 years?

A6.

(Calculating a lease discount rate) U.S. Aluminum overcollateralizes its secured debt by 25%. If U.S. Aluminum’s secured borrowing rate is 9%, and its unsecured borrowing rate is 11%, what is the proper discount rate to use when computing the net advantage to leasing?

A7.

(Net advantage to leasing) You want to lease a car that costs $25,000 new. You can lease it with zero down for $500 per month at the start of each month for the next five years, and then buy the car for $8,000 at the end of the lease. Your rich uncle thinks leases are a bad deal and offers to loan you the $25,000 at a 9% APR interest rate. You cannot deduct interest expense or car depreciation on your tax return. What do you tell your uncle?

Level B

B1.

(Time value of money) Show how to modify Equation (21.2) to reflect the timing of lease payments when the lease calls for payments at the beginning of each year.

B2.

(Net advantage to leasing) New Horizon Natural Foods is considering whether to lease a delivery truck. A leasing company has offered to lease the truck. It costs $35,000. New Horizon has proposed a five-year lease that calls for annual payments of $7,850 at the beginning of each year. New Horizon could depreciate the truck to $5,000 at the end of five years on a straight-line basis and claim depreciation tax deductions at the beginning of each year. Its marginal tax rate is 34%, its cost of five-year secured debt is 10%, and its required return for the project is 12% after tax and 16% pretax.

  1. Should New Horizon lease the truck, or borrow and buy?
  2. Suppose instead that New Horizon does not expect to pay income taxes in the foreseeable future. Should New Horizon lease the truck, or borrow and buy?

B3.

(Net advantage to leasing) Neighborhood Savings Bank is considering leasing $100,000 worth of computer equipment. A four-year lease would require payments in advance of $22,000 per year. The bank does not currently pay income taxes and does not expect to have to pay income taxes in the foreseeable future. If the bank purchased the computer equipment, it would depreciate the equipment on a straight-line basis down to an estimated salvage value of $20,000 at the end of the fourth year. The bank’s cost of secured debt is 14%, and its cost of capital is 20%. Calculate the net advantage to leasing.

B4.

(Net advantage to leasing) Brown Toyota is considering leasing $120,000 worth of computer equipment. A four-year lease would require payments in advance of $33,000 per year. Brown does not currently pay income taxes and does not expect to have to pay income taxes in the foreseeable future. If Brown purchased the computer equipment, it would depreciate the equipment on a straight-line basis down to an estimated salvage value of $30,000 at the end of the fourth year. Brown’s cost of secured debt is 14%, and its cost of capital is 20%. Calculate the net advantage to leasing.

B5.

(Net advantage to leasing) Rashid Singh, the president of Surf-Side Beer Distributors of Salina, Kansas, has decided that his firm must acquire a new machine that costs $800,000. The firm’s corporate borrowing rate is 12%. The machine can be leased for $110,000 per year for its 10-year life. If the firm leases, it gets no salvage value. If it owns, the expected salvage value is $50,000. Maintenance costs will be the same whether Surf-Side leases or buys. The firm uses straight-line depreciation (to the salvage value), and its tax rate is 40%. Can you demonstrate which would be better for Rashid, leasing or buying?

B6.

(Net advantage to leasing) Empire Excavation Corporation plans to acquire a fleet of 10 dump trucks. Each truck costs $75,000. Empire can borrow $750,000 on a secured basis at a pretax cost of 14%. The dump trucks can be depreciated for tax purposes on a straightline basis to zero over a five-year useful life. Truck Leasing Corp. has offered to lease the fleet of trucks to Empire under a five-year lease that calls for lease payments of $190,000 at the end of each year. Empire estimates that forgone residual value would be $10,000 per truck (net of taxes). Empire’s tax rate is 34%. Its cost of capital is 16%.

  1. Calculate the stream of net cash flows to Empire under the lease financing.
  2. Calculate the net advantage to leasing.

B7.

(Net advantage to leasing) A three-year lease entails the following stream of net cash flows (in millions of dollars) to the lessee: $10.5, −$3.0, −$5.0, −$5.0. The lessee’s pretax cost of secured debt is 13%. The lessee does not pay taxes, and it does not expect to become a taxpayer in the near future. The item will have zero residual value at the end of the lease term. Calculate the net advantage to leasing.

B8.

(Net advantage to leasing) Carrion Luggage, Ltd. is considering leasing $50 million worth of warehousing equipment under a lease that would require annual lease payments in arrears for five years. The net cash flows to the lessee over the term of the lease (with zero residual value) are given here. Carrion’s cost of secured debt is 11%, and its cost of capital is 14%. Carrion pays taxes at a 40% marginal rate.

  1. Calculate the net advantage to leasing.
  2. Calculate the IRR for the lease.
  3. Should Carrion lease, or borrow and buy?
Year
0
1
2
3
4
5
Net cash flow ($ millions)
50
−15
−15
−15
−15
−15

B9.

(Net advantage to leasing) Lake Trolley Company is considering whether to lease or buy a new trolley that costs $25,000. The trolley can be depreciated straight line over an eight year period to an estimated residual value of $5,000. Lake Trolley’s cost of eight-year secured debt is 12%. Its required return for the project is 16% after tax and 20% pretax. National Trolley Leasing Corporation has offered to lease the trolley to Lake Trolley in return for annual payments of $5,000 payable at the end of each year.

  1. Specify the incremental cash flow stream associated with the lease, assuming Lake Trolley’s marginal income tax rate is 40%.
  2. Calculate the net advantage to leasing, assuming Lake Trolley’s tax rate is 40%. Should Lake Trolley lease, or borrow and buy?
  3. Calculate the net advantage to leasing, assuming Lake Trolley’s tax rate is zero. Should Lake Trolley lease, or borrow and buy?
  4. How would your answers to parts b and c change if the residual value at the end of eight years is $500, but the trolley is depreciated to $5,000?

B10.

(Net advantage to leasing) A lease calls for payments of $1 million at the end of each of the next five years and payments of $2 million at the end of each of the following five years. The asset to be leased costs $10 million. The 10-year depreciation schedule to a residual value of $500,000 at the end of the lease term is given here. The lessee’s marginal income tax rate is currently 40%. Its cost of 10-year secured debt is 12.5%. Its required return for the project is 15% after tax and 17.5% pretax.

  1. Calculate the net advantage to leasing.
  2. How would your answer to part a change if the lessee did not expect to pay any income taxes for the next three years but to pay income taxes each year thereafter at a 40% rate? (Hint: Any tax losses in years 1 to 3 can be carried forward and realized in year 4.)
Year
1
2
3
4
5
6
7
8
9
10
Depreciation ($000)
2,000
1,750
1,500
1,250
1,000
400
400
400
400
400

B11.

(Negotiating a lease rate) Amalgamated Leasing Corp. would like to submit a leasing proposal to the Sandoval Hardware Manufacturing Company. Sandoval has asked to lease $5 million worth of equipment under a six-year lease. Amalgamated can depreciate the equipment for tax purposes on a straight-line basis over the six-year term to an estimated residual value of $250,000. The leasing firm’s income tax rate is 40%. Amalgamated has estimated Sandoval’s six-year cost of funds to be 10% for secured debt (83.33% financing) and 12% for unsecured debt. It has also estimated the required after-tax return for an investment in the assets to be 15%.

  1. At what lease rate would Amalgamated be indifferent to making the lease?
  2. Assume Sandoval pays income taxes at a 30% rate. Calculate Sandoval’s net advantage to leasing at Amalgamated’s indifference lease rate.
  3. At what lease rate would Sandoval be indifferent?
  4. Is it possible for Amalgamated and Sandoval to find a mutually beneficial lease rate?

B12.

(Cost of limited partner capital) A limited partnership would expect the net cash flows given here from a project.

  1. Calculate the cost of limited partner capital.
  2. Suppose the firm’s unleveraged cost of equity is 15% and the limited partnership has no debt. Should the firm employ limited partnership financing?
Year
0
1
2
3
4
5
6
7
Net cash flow ($ millions)
125.0
−10.5
−12.0
−14.5
−16.5
−19.5
−22.5
−112.5

B13.

(Lease versus buy) Suppose you can either purchase a new Honda Civic for $20,000 cash or lease it from Honda for $2,000 down and $360 per month for 48 months. At the end of the lease, you will be able to purchase the car for $6,000, which is your estimate of its residual value. Your cost of borrowing the funds to buy the car is 12% APR.

  1. You cannot depreciate the car for tax purposes. Nor can you deduct the lease payments or interest expense. Should you lease the car, or borrow to buy it?
  2. Honda can depreciate the car straight-line to $6,000 over four years. Honda’s required return on the lease is 12% pretax APR. Honda’s marginal income tax rate is 40%. Is leasing advantageous to Honda?
  3. Explain why leasing a car can be mutually advantageous to the manufacturer and the customer.

B14.

(Excel: net advantage to leasing) Brown Storage Technology is planning to buy a propanefueled truck for $100,000. Brown expects to use the truck for eight years, after which it has an expected salvage value of $8,000. Brown’s before-tax cost of borrowing is estimated to be 8.0% and its marginal tax rate is 40%. McLeavey Leasing will lease this same truck to Brown for eight beginning-of-year lease payments of $16,000. The tax savings from depreciation occur at the end of the year, and the tax savings from the lease payments occur at the time they are paid.

  1. Assuming that the truck is depreciated straight-line to a zero salvage value over eight years, what is Brown’s net advantage to leasing?
  2. Assuming that the truck is depreciated as five-year property under MACRS, what is the net advantage to leasing? (Refer to Table 10-7 for the MACRS depreciation schedule.) Why does your answer differ from part a?
  3. Still using the five-year MACRS depreciation schedule, what is the maximum lease payment that McLeavey could charge Brown? That is, what lease payment would result in a zero net advantage to leasing?

B15.

(Excel: net advantage to leasing) Purdue Systems can purchase a commercial DVD burner for $3,000,000. The equipment will be depreciated as three-year MACRS property (refer back to Table 10-7 for the MACRS depreciation schedule). The depreciation tax savings will be realized at the end of each year. The equipment will have a five-year life and will have a before-tax salvage value of $700,000. Purdue Systems has a before-tax cost of debt of 9% and a cost of capital of 12%. Lafayette Leasing will purchase this DVD burner and lease it to Purdue Systems for five years, charging a lease payment of $550,000 payable at the beginning of each year. The tax saving on a lease payment is realized at the time the payment is made. Purdue will have no rights to purchase or use the equipment at the end of the five-year lease period. Purdue has a 30% marginal tax rate. What is the net advantage to leasing for Purdue Systems?

Level C (Advanced)

C1.

(Excel: Break-even lease payment) The break-even tax rate is the income tax rate for the lessee that would make the lessee indifferent between leasing an asset on the one hand and borrowing and buying it on the other. Calculate the break-even lease payment for Lake Trolley in problem B9 under the assumption that the residual value is $500.

C2.

(Leasing, taxes, and the time value of money) The lessor can claim the tax deductions associated with asset ownership and realize the leased asset’s residual value. In return, the lessor must pay tax on the rental income.

  1. Explain why a financial lease represents a secured loan in which the lender’s entire debt service stream is taxable as ordinary income to the lessor/lender.
  2. In view of this tax cost, what tax condition must hold in order for a financial lease transaction to generate positive net-present-value tax benefits for both the lessor and lessee?
  3. Suppose the lease payments in Table 21-2 must be made in advance, not arrears. (Assume that the timing of the lease payment tax deductions/obligations changes accordingly but the timing of the depreciation tax deductions does not change). Show that the net advantage to leasing for NACCO must decrease as a result. Explain why this reduction occurs.
  4. Show that if NACCO is nontaxable, the net advantage to leasing is negative and greater in absolute value than the net advantage of the lease to the lessor.
  5. Either find a lease rate that will give the financial lease a positive net advantage for both lessor and lessee, or show that no such lease rate exists.
  6. Explain what your answer to part e implies about the tax costs and tax benefits of the financial lease when lease payments are made in advance.

Minicase: Will Leasing Fly at Continental?

Several years ago, Continental Airlines (Continental) was looking to add two Boeing 757s to its fleet of more than 300 aircraft. Each plane would cost $125 million, but the two aircraft could be leased. The 15-year lease would require quarterly payments of $4 million in arrears for each aircraft. Leasing was attractive to Continental because it had a total of $2.5 billion of net operating loss carryforwards. A loss can be carried forward for a maximum of 20 years. Continental’s loss carryforwards were set to expire, some each year, over the next 14 years. At the time, Continental’s capitalization was:

Book Capitalization (Dollar amounts in millions) Â
Long-term bonds
$1,352
Capitalized leases
306
  • Total long-term debt
1,658
Preferred stock
283
Stockholders’ equity
305
  • Total long-term capitalization
2,246
Short-term debt
221
  • Total capitalization
$2,467

Continental’s cost of fully secured (80% of the value of the collateral) 15-year debt was 10%. Its cost of unsecured 15-year debt was 12%, and its WACC was 15%. Continental was uncertain about the residual value of a Boeing 757 at the end of the 15-year lease term. It estimated the following possible values and probabilities:

Residual value ($ millions):
10
15
20
25
30
35
40
45
50
Probability (%):
5
10
10
15
20
15
10
10
5

Questions

1.

Calculate the net advantage to leasing. Use the expected residual value and assume Continental can use all the tax benefits of ownership. Its tax rate is 40%. Assume straight-line depreciation to the expected residual value.

2.

Calculate the net advantage to leasing. Assume Continental cannot use any of the tax benefits of ownership and the residual value is (i) the expected residual value, (ii) $50 million, and (iii) $10 million.

3.

Determine the residual value that would make the net advantage to leasing equal zero, assuming Continental cannot use any of the tax benefits of ownership.

4.

Suppose Continental believes it will not be in a taxpaying position for a decade or longer. Should it lease, or borrow and buy? Explain.

5.

Suppose Continental believes it will not be in a taxpaying position for a decade or longer, and this lease includes the option to terminate the lease at any time without penalty. Should it lease, or borrow and buy? Explain.

Useful Web Sites for Part V

The New York Stock Exchange (NYSE), the American Stock Exchange (AMEX), and the Nasdaq Stock Market (NASDAQ) provide information concerning the markets for common and preferred stocks and various hybrid instruments on the following Web sites:

www.nyse.com

www.amex.com

www.nasdaq.com

The Bond Market Association (BMA) furnishes descriptions of a variety of bond products and the markets for them at www.bondmarkets.com. Another good source of bond market information and data is www.investinginbonds.com.

The BMA Web site www.bondmarkets.com provides statistics concerning bond issuance and pricing.

Loan Pricing Corporation’s Web site provides interesting data concerning loan issuance, pricing, and secondary market trading: www.loanpricing.com.

The Federal Reserve System Web site provides data concerning the volume of new issues of securities in the public and private markets: www.federalreserve.gov/releases.

Web sites that provide data on initial public offerings include:

www.hoovers.com/global/ipoc/

www.ipo.com

www.ipodata.com

Firm prospectuses and other documents filed with the Securities and Exchange Commission are available without charge on www.freeedgar.com.

www.dripcentral.com has a wealth of information concerning dividend reinvestment plans, including a list of companies that offer them to their shareholders.

General Electric Capital Corporation’s Web site provides information regarding leasing: www.gecapital.com.

Notes

1In a notorious leasing arrangement, the U.S. Navy leased a fleet of oil tankers instead of seeking Congressional appropriations to finance the purchase of the vessels.

2An asset’s value can decrease. So secured loans are overcollateralized to protect lenders. For example, lenders may require 25% overcollateralization before they will treat a loan as “fully secured” and lend at the lower fully secured debt rate. In that case, a firm that pledges $100 million of assets can borrow up to $80 million at the secured debt rate.

3The asset’s residual value at the end of the lease term is also important for tax reasons. If the asset’s residual value is expected to be insignificant, the Internal Revenue Service may take the position that the lease is not a true lease. It would then deny the tax deductibility of the portion of the lessee’s lease payments that effectively represents principal repayments.

4The tax advantage of a limited partnership (as compared with the corporate form of organization) are greatest for firms with high tax rates and low retention rates (that is, those in “mature” industries). Very rapidly growing firms that need to reinvest all their earnings and have low corporate tax rates are unlikely to find a limited partnership structure beneficial for tax purposes.

5The limited partnership has no debt. If it did, CLPC would have to be compared to the required return for a conventionally financed and identically leveraged project.