Baughman v. General Motors Corp.

627 F. Supp. 871, 1985 U.S. Dist. LEXIS 20072
CourtDistrict Court, D. South Carolina
DecidedMay 7, 1985
DocketCiv. A. 3:84-1520-15
StatusPublished
Cited by11 cases

This text of 627 F. Supp. 871 (Baughman v. General Motors Corp.) is published on Counsel Stack Legal Research, covering District Court, D. South Carolina primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Baughman v. General Motors Corp., 627 F. Supp. 871, 1985 U.S. Dist. LEXIS 20072 (D.S.C. 1985).

Opinion

ORDER

HAMILTON, District Judge.

The present case is a products liability . action arising out of the explosive separation of a multi-piece wheel rim assembly. Jurisdiction is founded upon 28 U.S.C. § 1332. The matter is presently before the court upon motion of the defendant, General Motors Corporation (hereinafter “G.M.”), for summary judgment. Rule 56, Federal Rules of Civil Procedure.

At the time the facts relevant to the present cause of action occurred, the plaintiff was employed as a tire mechanic at Newton Truck Rentals, Inc. (hereinafter “Newton”). On May 25,1981, plaintiff was engaged in changing a worn tire off of a 1979 G.M.C. truck, 1 vehicle identification number T17DD9Y586462. Plaintiff removed the left outside wheel from the truck, disassembled the tire, rim and side ring, and then inflated the wheel assembly 2 in a safety cage located in Newton’s shop. Once the tire was inflated, the plaintiff rolled the wheel assembly out of the cage and as he began to place it back on the truck, an explosive separation occurred, causing plaintiffs injuries.

The plaintiff has identified the type of rim which exploded as a CR-2 rim assembly. The CR-2 rim assembly is a multi-piece rim consisting of a rim base and single side ring. The side ring has a split in its circumference, giving the ring sufficient flex to be buttoned into the groove on the rim base. The split side ring has an approximate one-half inch “toe” that fits under the bead of the tire, and a properly assembled and aligned side ring is held in place on the rim base by the air pressure in the tire. The CR type rim assemblies were neither designed nor manufactured by G.M. CR type rim assemblies were designed in 1964 by the Firestone Tire and Rubber Company, and have been manufactured by both Firestone and the Goodyear Tire and Rubber Company under a license from Firestone.

Although G.M. does not manufacture CR type multi-piece rims, it does incorporate this type of rim assembly into many of the trucks it manufactures. G.M. normally utilizes a CR-3 rim assembly on its trucks. A CR-3 rim assembly is similar in configuration to the CR-2, and utilizes the same rim base. The CR-3 rim assembly, however, utilizes a side ring assembly consisting of two pieces, a split lock ring and continuous side ring. The only use by G.M. of the CR-2 rim assembly occurred during a materials shortage in 1974. Because Firestone was unable to supply a sufficient number of CR-3 rim assemblies in time to meet G.M.’s production schedule that year, G.M. purchased a limited number of CR-2 assemblies from Firestone and incorporated them into three hundred (300) to three hundred and thirty-five (335) 1975 model year G.M.C. and Chevrolet trucks. The plaintiff does not dispute that this was the only use by G.M. of the CR-2 rim assembly.

Although plaintiff can identify the type of rim assembly (CR-2) which exploded and caused his injuries, he cannot identify the actual accident rim which exploded. While various witnesses to the accident have speculated as to what happened to the accident rim assembly, none can identify the present location of the rim assembly and it *873 is thus unavailable for inspection. Furthermore, plaintiff cannot establish that G.M. placed the actual accident rim assembly into the stream of commerce. It was Newton’s regular business practice to remove the rear tires from its newly purchased trucks and substitute retreads in their place. This substitution normally involved changing the entire wheel assembly since Newton kept completed and inflated wheel assemblies on hand for use in its operations. The rim which exploded was clearly not original equipment on the 1979 model year truck that plaintiff was working on, since G.M. used a limited number of CR-2 rims only on its 1975 model year trucks. Furthermore, G.M. specifically recommended against the use of “used” wheel rims. Although there is no evidence to suggest that the accident rim was used equipment, this would tend to show that the accident rim was not placed in the stream of commerce by G.M. G.M. only sold CR-2 rims in 1974 to 1975, so use of a CR-2 rim sold by G.M. would necessarily have been use of a used product. Accordingly, plaintiff cannot establish that the accident rim was placed into the stream of commerce by G.M.

The defendant’s motion for summary judgment is based upon the plaintiff’s inability to show that it sold the accident-causing rim or placed such rim into the stream of commerce. G.M. asserts that a prerequisite to liability under any potential theory of recovery is that the defendant must have placed the allegedly defective component into the stream of commerce, either as original equipment or as a recommended replacement part. G.M. contends that since it had no hand in the eventual placement of the accident rim assembly into the stream of commerce, plaintiff’s action must fail as a matter of law.

Since it is undisputed that G.M. did not design nor manufacture the CR-2 rim, plaintiff’s theory of liability against G.M. must of necessity be predicated upon the theory of assembler’s liability. Under this doctrine, a manufacturer/assembler who incorporates a defective component part into his finished product and places the finished product into the stream of commerce is liable in tort to one injured as a result of a defect in the component part. The rule imposing liability upon an assembler applies notwithstanding the fact that the manufacturer/assembler did not manufacture the component part. See Ford Motor Co. v. Mathis, 322 F.2d 267 (5th Cir.1963); Vandermark v. Ford Motor Co., 61 Cal.2d 256, 37 Cal.Rptr. 896, 391 P.2d 168 (1964); Comstock v. General Motors, 358 Mich. 163, 99 N.W.2d 627 (1959); Goldberg v. Kollsman Instrument Corp., 12 N.Y.2d 432, 240 N.Y.S.2d 592, 191 N.E.2d 81 (1963); MacPherson v. Buick Motor Co., 217 N.Y. 382, 111 N.E. 1050 (1916); Abee v. Stone Mountain Memorial Association, 169 Ga.App. 167, 312 S.E.2d 142 (1983); Nelson v. Coleman Co., 249 S.C. 652, 155 S.E.2d 917 (1967). See generally, 63 Am. Jur.2d Products Liability § 180 et seq. (1984); 2 L. Frumer & M. Friedman, Products Liability § 16A[4][b][i] (1984); W. Kimble & R. Lesher, Products Liability § 34 (1979); Annot: 3 A.L.R.3d 1016 (1965).

The rationale for holding the assembler responsible for the failure of a component which it did not design has been stated in terms of both strict liability and negligence. Under a negligence analysis, courts at first were willing to impose liability on the manufacturer/assembler of a finished product due to the manufacturer’s/assembler’s duty to test or inspect those components for defects. See Nelson v. Coleman Co., 249 S.C. 652,

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Bluebook (online)
627 F. Supp. 871, 1985 U.S. Dist. LEXIS 20072, Counsel Stack Legal Research, https://law.counselstack.com/opinion/baughman-v-general-motors-corp-scd-1985.