The present invention pertains generally to a practical application of risk-adjusted return metrics in commercial real estate.
Commercial real estate investors purchase property with the expectation of a return on their investment over time through income generated by the purchased property. As a result, most of the value of commercial real estate is tied up in expected income and equity. In determining the value of the investment, consideration must be given to risks, such as vacancies, and operating costs.
An investor generally purchases a commercial real estate property when the expected income and terminal value of the property is anticipated to provide a profit, Present value versus future value, as well as factors such as inflation, risks, and operating costs, must be considered in predicting whether the investment will be profitable.
However, the commercial real estate market focuses almost exclusively on the above. It is thus primarily oriented around the needs of the investor-landlord, virtually to the exclusion of tenant or lessee interests, even when tenants create value for the landlord. It would therefore be advantageous to provide an approach to tenant leasing and tenant real estate oriented around benefitting the tenant.
Disclosed is a method that integrates risk-adjusted-return metrics into a practical application of creating commercial real estate lease structures that benefit both a tenant and its commercial property owner partner.
As mentioned in the previous section, the commercial real estate market focuses almost exclusively on supplier or investor returns. However, the investor does not exist in a vacuum, and the overemphasis on the investor has resulted in a general lack of recognition and lack of understanding in the field of an important principle: A credit tenant's rent obligation is the primary asset for creating value in a building, not the physical building itself.
Thus, in a preferred embodiment of the method, the aforementioned principle is reduced to a practical implementation involving the determination of a tenant's impact on real estate equity. This impact is used to seek an equitable outcome, whether an equitable lease or the creation of “win-win-equal” equity structures for the tenant and its commercial property owner partner.
Entering lease negotiations with a knowledge of the tenant's impact on equity allows for a result tailored to a one-to-one ratio between total lease obligation and tenant equity impact.
Similarly, a successful private equity project results in the credit tenant's return on investment being equal to its landlord partner's return metrics.
Ninety percent of the worth of commercial real estate is tied up in future-value equity or terminal value; by stabilizing future value, allowing the credit tenant to access it via two to five times more present value cash in comparison to the market rates, the tenant is able to “buy down” its commercial real estate profit and loss or present value cost to wholesale pricing, resulting in savings of thirty-five to fifty percent over market rates.
The fact that market rates are significantly higher than the rates obtained by practicing the disclosed invention is a result of the general lack of recognition and understanding in the field of the principles applied in the invention.
The novel features of this invention, as well as the invention itself, both as to its structure and its operation, will be best understood from the accompanying drawings, taken in conjunction with the accompanying description, in which similar reference characters refer to similar parts, and in which:
Referring initially to
Many commercial real estate leases include “turnkey tenant improvements” in which the landlord manages building out office or other commercial space for the tenant. A prospective tenant is often unaware of the risks and potential additional costs of turnkey agreements, particularly with regard to extra charges for adaptations to particular needs of the tenant that may deviate from the standard items covered in the turnkey agreement, Additional advising, review, planning, construction, moving, and related services can potentially save significant amounts of money for a prospective tenant, and are generally designated 150.
Referring now to
Step 102 involves a reversal of the traditional use of risk-adjusted investor rate of return metrics, and its application in the method is therefore generally unrecognized and not understood in the art, More particularly, instead of focusing the risk-adjusted return method on the investor-landlord, the metric is used to determine the tenant's unique impact on equity value in order to identify the value created by the tenant for the investor-landlord in step 104, an effective reverse-engineering of the metric.
When the value created by the tenant is identified in step 104, the tenant-created value is treated as shared equity, as illustrated in step 106. This allows the tenant to have an equal seat at the negotiation table with its landlord partners or potential landlord partners, because the tenant understands how its office leases or occupancies create yield and equity value for itself and the landlord partners. Moreover, the tenant will know how to access a fair portion of its equity through structured approaches, often in the form of trading present value (PV) for terminal value (TV), allowing the tenant to effectively buy down its commercial real estate profit and loss (P&L) and/or PV cost in step 108. The result tends to be savings of 35-50% or more in comparison to traditional market leases.
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The value provided by the tenant can be substantial. For example, a credit tenant, such as an anchor tenant with an AAA credit score, can increase the terminal value of a building by 30-45%. Since 50-90% of commercial real estate value is tied up in terminal value, the credit tenant creates significant equity for the investor-landlord.
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The “shared equity” results in the tenant receiving a significantly reduced effective occupancy cost, as illustrated by step 132. A typical reduced effective occupancy cost resulting from method 100 is 35-50% lower than traditional market leasing.
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In order to obtain this result, step 107 includes step 134 of negotiating for an equitable outcome based on the value created by the tenant. Step 134 is possible because the value created by the tenant is known as a result of performing steps 102 and 104 (shown in
Method 100 is designed to result in an equitable outcome, but the nature of the ultimate outcome of negotiations 134 seeking to create the one-to-one ratio of step 136 varies according to the tenant's particular situation, needs, and interests. Some exemplary outcomes are illustrated and include the renewal 140 of an existing lease, building and owning 142 a new building, and a joint venture purchase 144 of a new project. The illustrated outcomes are non-exhaustive, and a particular tenant's outcome can include one or more of these or other scenarios.
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Future value is improved and stabilized by mitigating risks with respect to credit, leverage, rent and its growth, tenancy size, and term length. Effectively, risk is lowered, then present value is traded for terminal value.
While there have been shown what are presently considered to be preferred embodiments of the present invention, it will be apparent to those skilled in the art that various changes and modifications can be made herein without departing from the scope and spirit of the invention.
This application claims priority to U.S. Provisional Patent Application Ser. No. 63/269,983 for a “Method of Creating Equitable Commercial Real Estate Lease Structures,” filed Mar. 27, 2022, and currently co-pending, the entirety of which is incorporated herein by reference.
Number | Date | Country | |
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63269983 | Mar 2022 | US |