Documents

Klein Fisher Body

Categories
Published
of 38
All materials on our website are shared by users. If you have any questions about copyright issues, please report us to resolve them. We are always happy to assist you.
Related Documents
Share
Description
okk
Transcript
  FISHER–GENERAL MOTORS AND THENATURE OF THE FIRM*  BENJAMIN KLEIN University of California, Los Angeles Abstract After working well for more than 5 years, the Fisher Body–General Motors(GM) contract for the supply of automobile bodies broke down when GM’s demandfor Fisher’s bodies unexpectedly increased dramatically. This pushed the imperfectcontractual arrangement between the parties outside the self-enforcing range andled Fisher to take advantage of the fact that GM was contractually obligated to pur-chase bodies on a cost-plus basis. Fisher increased its short-term profit by failingto make the investments required by GM in a plant located near GM productionfacilities in Flint, Michigan. Vertical integration, with an associated side paymentfrom GM to Fisher, was the way in which this contractual hold-up problem wassolved. This examination of the Fisher-GM case illustrates the role of vertical inte-gration in avoiding the rigidity costs of long-term contracts. I. Introduction R onald  Coase’s landmark contribution in  The Nature of the Firm 1 fun-damentally changed the way we look at economic institutions. Coase recog-nized that one must compare the costs of transacting to explain the bound-aries of the firm. Without transaction costs, the organization of economicexchange is indeterminate. This forced economists to focus on the costs andbenefits of transacting under alternative institutional arrangements.Benjamin Klein, Robert Crawford, and Armen Alchian expanded uponthis insight by emphasizing the role of specific investments as a determinantof economic organization. 2 The presence of transactor-specific investments,we claimed, created a potential hold-up problem that increased market con-tracting costs and, therefore, the incentive for vertical integration. Our anal-ysis of the contractual relationship between Fisher Body and General Mo-tors (GM) provided a concrete example of this mechanism. It illustrated the * Professor of Economics, University of California, Los Angeles. I am indebted to RyanSullivan and Joshua Wright for superb research assistance and to Scott Masten for extensivecomments on an earlier draft. 1 R. H. Coase, The Nature of the Firm, 4 Economica (n.s.) 386 (1937). 2 Benjamin Klein, Robert G. Crawford, & Armen A. Alchian, Vertical Integration, Appro-priable Rents and the Competitive Contracting Process, 21 J. Law & Econ. 297 (1978).[  Journal of Law and Economics,  vol. XLIII (April 2000)] 󰂩 2000 by The University of Chicago. All rights reserved. 0022-2186/2000/4301-0005$01.50 105  106  the journal of law and economics problems that arise when transactors use imperfect long-term contracts tosolve hold-up problems created by specific investments and also illuminatedthe economic motivation for GM’s use of vertical integration. The Fisher-GM case has been cited by numerous researchers, and many studies havesince empirically documented the relationship between vertical integrationand specific investments in widely varying circumstances. 3 Coase rejects this idea that specific investments are a determinant of ver-tical integration. He claims that hold-up problems created by the presenceof specific investments normally can be handled satisfactorily with long-term contracts without requiring vertical integration. He also specifically re- jects the view that the Fisher-GM case involved hold-up behavior. 4 Coaseclaims that my description of the Fisher-GM case, which has become anaccepted element of transaction cost theory, does not reflect what actuallyoccurred.In what follows, I first reexamine in detail the operation of the long-term contract entered into by Fisher Body and GM in 1919. Contrary toCoase and to the two other papers by Robert Freeland 5 and by RamonCasadesus-Masanell and Daniel Spulber 6 included in this issue, the factsof the Fisher-GM case are shown to be fully consistent with the hold-updescription provided in Klein, Crawford, and Alchian. The evidence unam-biguously demonstrates that while the contract that governed the relation-ship between Fisher Body and GM initially worked well, this contractbroke down in 1925 when GM’s demand for Fisher bodies increased dra-matically. Fisher then refused to make the necessary capital investmentsrequired to produce bodies efficiently for GM, in particular refusing tobuild an important body plant close to a GM production facility in Flint,Michigan. These contractual difficulties were the primary reason GM de-cided in 1926 to vertically integrate with Fisher Body.The marked change in Fisher’s behavior between the early 1919–24 pe-riod and the later 1925–26 period provides important insights into the basiceconomic forces at work in contractual arrangements. Similar to a biologist 3 Surveys of these studies are provided in Paul L. Joskow, Asset Specificity and the Struc-ture of Vertical Relationships: Empirical Evidence, 4 J. L. Econ. & Org. 95 (1988); HowardA. Shelanski & Peter G. Klein, Empirical Research in Transaction Cost Economics: A Re-view and Assessment, 7 J. L. Econ. & Org. 335 (1995); and Keith J. Crocker & Scott F.Masten, Regulation and Administered Contracts Revisited: Lessons from Transaction-CostEconomics for Public Utility Regulation, 9 J. Reg. Econ. 5 (1996). 4 R. H. Coase, The Acquisition of Fisher Body by General Motors, in this issue, at 15. 5 Robert F. Freeland, Creating Holdup through Vertical Integration: Fisher Body Revis-ited, in this issue, at 33. 6 Ramon Casadesus-Masanell & Daniel F. Spulber, The Fable of Fisher Body, in this is-sue, at 67.  fisher-gm and the nature of the firm  107doing medical research on how the human body functions by studying theonset of disease, we can learn a great deal about the economics of contrac-tual arrangements by studying the conditions under which the Fisher-GMcontract failed. In particular, examining the operation of the Fisher-GMcontract helps us to understand why transactors may choose what appearto be obviously imperfect contract terms, the conditions under which suchimperfect contracts are likely to break down, and the advantages of verticalintegration under these circumstances.The answers to these questions rest on the role transactors assign tocontract terms. Transactors choose the imperfect contract terms that gov-ern their relationship based on the expected effectiveness of the terms insupporting self-enforcement of the underlying contractual understanding.It is only when market conditions develop unexpectedly, as they did inthe Fisher Body–GM case, that the relationship moves outside the ‘‘self-enforcing range’’ defined by these imperfect contract terms and the transac-tors’ reputational capital. When this occurs, one transactor will find itprofitable to use the court to take advantage of the imperfect, legally en-forceable contract terms in order to violate the intent of the contractual un-derstanding. The Fisher Body–GM case not only provides a useful illustra-tion of these economic forces but also illuminates the economic advantagesof vertical integration, namely, the increased flexibility transactors gainfrom not having to use a rigid long-term contract to supplement their lim-ited reputational capital. II. The Holdup of General Motors by Fisher Body  A. The Fisher Body–General Motors 1919 Supply Agreement  The Fisher Body–GM case concerns a contract signed in 1919 for FisherBody to supply automobile bodies to GM. 7 Fisher Body, in order to produceGM’s closed auto bodies, had to make an investment in plant and equip-ment that was specific to GM. Casadesus-Masanell and Spulber rely on thefact that the closed bodies produced by Fisher and other body producers atthis time were composite (wood framed and metal skinned) to claim that 7 The contractual agreement between Fisher Body and GM can be found in the minutesof the Board of Directors of Fisher Body Corporation for November 7, 1919. The agreementis described in Letter from Fred and Charles Fisher to the General Motors Corporation (Sep-tember 25, 1919), Gov’t Trial Ex. No. 426, United States v. E. I. Du Pont de Nemours &Co., General Motors,  et al.,  Civil Action 49C-1071, 126 F. Supp. 235 (N.D. Ill. 1954); 353U.S. 586 (1957); 366 U.S. 316 (1961). Much of the evidence of the relationship betweenFisher Body and GM is taken from this antitrust case brought by the United States Depart-ment of Justice in 1949 that challenged the 1917–19 acquisition by Du Pont of approximately23 percent of the GM voting common stock.  108  the journal of law and economics Fisher’s investments were not GM-specific. However, although compositebodies required less specific capital investment than the pure metal bodiesthat began to be used in the mid-1930s, these composite closed bodies re-quired substantially more specific investment than the largely wooden openbodies they replaced. 8 As we shall see below, the economic necessity forbody plants to be located close to the particular automobile production fa-cility they supplied also made body plant investments somewhat relation-ship specific.Fisher Body’s GM-specific investments created a potential for GM tohold up Fisher. After Fisher made these investments, GM could have threat-ened to reduce its demand for Fisher-produced bodies, or even to terminateits relationship with Fisher completely, unless Fisher reduced its bodyprices to GM.Coase is correct that this situation, in and of itself, is insufficient to gen-erate vertical integration. In fact, GM and Fisher Body used a long-term(10-year) exclusive dealing contract to prevent GM from holding up Fisherand, thereby, to encourage Fisher to make the GM-specific investments.Since GM was contractually obligated to buy all of its automobile bodiesfrom Fisher for a period of 10 years, GM could not threaten to move itsdemand to another supplier, and Fisher’s specific investments were pro-tected against GM’s hold-up threat.Obviously, the parties recognized that a contract that essentially gaveFisher a 10-year monopoly over the supply of auto bodies to GM also mustset a reasonable (competitive) price or price formula at which supply was 8 A description of the production process for automobile bodies during the 1920s is givenin Roger White, Body by Fisher: The Closed Car Revolution, 29 Automobile Q. 46, 50, 51(August 1991). White notes that automobile bodies (which were supplied along with automo-bile interiors) required significant labor input, with workers having ‘‘to cut dies, lumber, andsheet steel, screw and glue frames together, install upholstery, paint and varnish exteriors,and perform other time-consuming manual tasks.’’ But he also notes that ‘‘large sums of capital were needed to make unique dies for each metal panel required, and huge facilitieswere needed to store bodies while paint and varnish dried.’’ Robert Thomas documents thatthe introduction and success of the new mostly closed models and the movement to annualmodel changes after 1924 dramatically increased industry capital expenditures on the nonde-preciable tooling necessary to make closed body dies (from a level of $12 million in 1921to $36 million in 1928). See Robert Paul Thomas, Style Change and the Automobile Industryduring the Roaring Twenties, in Business Enterprise and Economic Change 122, table 3, 131(Louis P. Cain & Paul J. Uselding eds. 1973). Because of these large capital investments,the automobile-body-producing industry was fundamentally restructured during the 1920s,shifting from ‘‘a large number of companies, most of which had previously built carriagesand wagons’’ at the turn of the century (Thomas G. Marx & Laura Bennett Peterson, Theoryversus Fact in the Choice of Organizational Form: A Study of Body and Frame Productionin the Automobile Industry 12–13 (unpublished manuscript, 1995)) to a much smaller num-ber of firms that made composite closed bodies, most important Fisher Body, Briggs Manu-facturing, and the Murray Corporation of America. See White,  supra;  Body by Briggs,Special-Interest Autos 24–29 (November-December 1973).

L GCE Maths Spec

Jul 23, 2017

3d seismic.doc

Jul 23, 2017
We Need Your Support
Thank you for visiting our website and your interest in our free products and services. We are nonprofit website to share and download documents. To the running of this website, we need your help to support us.

Thanks to everyone for your continued support.

No, Thanks