Wolf v. Goodyear Tire & Rubber Co.

808 S.W.2d 868, 1991 WL 34660
CourtMissouri Court of Appeals
DecidedApril 25, 1991
DocketWD 42980
StatusPublished
Cited by8 cases

This text of 808 S.W.2d 868 (Wolf v. Goodyear Tire & Rubber Co.) is published on Counsel Stack Legal Research, covering Missouri Court of Appeals primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Wolf v. Goodyear Tire & Rubber Co., 808 S.W.2d 868, 1991 WL 34660 (Mo. Ct. App. 1991).

Opinion

TURNAGE, Judge.

Charles L. Wolf brought suit against The Goodyear Tire & Rubber Company 1 for injuries sustained when a multi-piece rim came apart and parts of it struck Wolf. The jury awarded Wolf $90,000 in actual damages but assessed 45% fault against him. The jury assessed $250,000 in punitive damages against Goodyear. Goodyear contends the court erred in denying its motion for directed verdict or for judgment notwithstanding the verdict because there was insufficient evidence to establish that the injuries resulted from a reasonably anticipated use; that there was insufficient evidence to support the punitive damages award; that the imposition of punitive damages denied Goodyear due process and equal protection of the laws and the punitive damages award should be reduced by the portion of Wolfs fault. Affirmed.

There is little dispute concerning the facts. Wolf was an employee of Thomas *870 Disposal Company in Liberty in June of 1987. Wolf drove a truck for Thomas and a few days before the injury his truck had a flat tire. Thomas told Wolf to repair the tire when he had time because the employee who normally changed tires was off. A few days later Wolf looked at the flat tire in the shop and said there was nothing about the appearance of the tire or rim that made him think he could not remove the tire, repair the cause of the flat and replace the tire on the rim. The tire was mounted on a rim manufactured by Goodyear, or its subsidiary, and is described as a multi-piece rim. It was designated by Goodyear as an M rim. One side of the rim is a flange which holds the tire on to the rim on that side. The tire is held to the rim on the other side by two rings called the side ring and lock ring. These rings go around the rim but are removed in order to remove the tire from the rim. The side ring weighs 22.2 pounds and the lock ring weighs 7.2 pounds.

Wolf said that he laid the rim and tire on the floor and pried off the lock ring with a tire tool. There was a small opening for the tool to be inserted to pry off the lock ring. After the lock ring was removed Wolf simply lifted the side lock off without the aid of the tool. Wolf said he laid the rings out and looked at them to try to make sure that he would put them back the way they came off.

The tire was a tube type and when Wolf had removed the tire from the rim he discovered that the valve stem in the tube had been damaged and that caused the loss of air. Wolf repaired the valve stem and placed the tube in the tire and the tire on the rim. He then put the side ring on the rim and thereafter the lock ring. Wolf got the lock ring started and stood on the tire and walked around placing his weight on the lock ring to push it down. He heard the lock ring snap as if it were properly seated. He thereupon took a hammer and went around the lock ring tapping it to make sure it was secure. Wolf stated that when he looked at the lock ring it looked the same as when he took it off and appeared to fit snugly.

Wolf stated that he had no experience with this type of rim and was unaware of the danger involved in inflating the tire without taking precautions to protect against the tire forcing off the rings with explosive force when it was inflated. Nevertheless, Wolf was aware of a safety cage in the shop in which tires were placed while they were inflated. Wolf took the tire to the cage but found that the tire and rim was too large for the cage. Wolf thereupon attached an air hose to an air chuck which was attached to the valve stem so that the tire could be inflated while Wolf was some distance away.

Stan Thomas, the owner of the company, saw Wolf standing astraddle the tire and told him not to be in that position. Wolf complied with that instruction. Wolf connected the air hose to the air chuck which was on the valve stem but in doing so was required to reach over the tire.

As Wolf was preparing to move away from the tire the tire suddenly forced the rings off with explosive force. At the instant of the explosion Thomas was starting to tell Wolf to move away but Wolf did not have an opportunity to get out of the way.

Wolf estimated that he had been inflating the tire between 25 and 40 seconds when the rings were blown off. An expert testified that when the lock ring was installed backward, the tire would force off the rings at a pressure of between 10 and 20 p.s.i. The expert estimated that it would take from 21 to 32 seconds to inflate the tire sufficiently to force off the rings.

The rings struck Wolf in the face causing serious injuries. No question concerning the injuries is presented.

Wolf presented Dr. Hahn, a professor of mechanical engineering, as his expert. Hahn testified that Wolf had installed the lock ring backward but that there was nothing in the way the rim and the rings were designed and manufactured that would prevent the lock ring from being installed backward. Hahn testified that with the lock ring placed on the rim backward it looked the same as it would if it were correctly assembled. In fact he stated that the notch or hole for the insertion *871 of a tool to remove the lock ring was larger and looked more accessible when the ring was on backward than it did when it was correctly installed.

The lock ring had a tab protruding from the inside of the ring which was Vs" wide. Hahn testified that the purpose of the tab was to indicate the correct direction for the ring to face but there was nothing on the tab to indicate its purpose. There was no marking stating “this side out” or any other warning or direction to indicate the correct installation of the lock ring.

Hahn further stated there was nothing to prevent the tire from being inflated if the lock ring was installed backward. In short, the lock ring could be installed backward and have every appearance of being properly installed with no direction or warning as to the correct installation of the ring.

Hahn testified that it is a well known engineering principle that if a component can be reversed it will be reversed. Hahn further testified that if the lock ring were installed backward, tire inflation would invariably force off the ring with explosive force.

Hahn had examined records made available by Goodyear and found 16 incidents prior to Wolfs accident involving the same type of multi-piece rim involved in this case and found that four involved the lock ring being installed backward.

Goodyear offered no evidence.

Wolf submitted his case on the theory of negligence in the dangerous design of the multi-piece rim and failure to warn. The specification was that the lock ring could be installed backward and Goodyear was negligent in designing the rim in that fashion and was negligent in failing to warn that the lock ring could be installed backward.

Goodyear first contends the court should have sustained its motion for a directed verdict or for judgment notwithstanding the verdict because there was insufficient evidence to establish that the accident resulted from a reasonably anticipated use. 2 Goodyear primarily argues that Wolf was totally inexperienced in changing a tire with a multi-piece rim.

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808 S.W.2d 868, 1991 WL 34660, Counsel Stack Legal Research, https://law.counselstack.com/opinion/wolf-v-goodyear-tire-rubber-co-moctapp-1991.