Jablonski v. Ford Motor Co. (ford Motor Co.

• Decision Date: 22 September 2011
• Docket Number: No. 110096.,110096.
• Citation: 353 Ill.Dec. 327,955 N.E.2d 1138,2011 IL 110096
• Parties: Dora Mae JABLONSKI et al., Appellees,v.FORD MOTOR COMPANY et al. (Ford Motor Company, Appellant).
• Court: Illinois Supreme Court

2011 IL 110096

955 N.E.2d 1138

353 Ill.Dec. 327

Dora Mae JABLONSKI et al., Appellees,

v.FORD MOTOR COMPANY et al. (Ford Motor Company, Appellant).

No. 110096.

Supreme Court of Illinois.

Sept. 22, 2011.

Philip J. Rarick, of Troy, Gary Feinerman, Justin B. Weiner and Constantine L. Trela, Jr., of Sidley Austin LLP, of Chicago, and Alan J. Dixon, Dan H. Ball and Peter W. Herzog III, of Bryan Cave LLP, of St. Louis, Missouri, for appellant.Michael T. Reagan, of Herbolsheimer, Lannon, Henson, Duncan & Reagan, P.C., of Ottawa, and Charles W. Chapman, Bradley M. Lakin and Gail G. Renshaw, of LakinChapman, LLC, of Wood River, for appellees.Bruce R. Braun and Linda T. Coberly, of Chicago, and Geoffrey P. Eaton, of Washington, D.C., all of Winston & Strawn LLP, for amicus curiae The Alliance of Automobile Manufacturers.Michele Odorizzi, James C. Schroeder and Robert E. Entwisle, of Mayer Brown LLP, of Chicago, for amicus curiae Caterpillar Inc.Bruce R. Pfaff, of Chicago, for amicus curiae Illinois Trial Lawyers Association.

OPINION

Justice THEIS delivered the judgment of the court, with opinion.

¶ 1 In this appeal, we are asked to clarify the duty analysis in a negligent-product-design case. Plaintiffs, Dora Mae and John L. Jablonski, Jr., as the special administrator and personal representative of the estate of John L. Jablonski, Sr., brought this action in the circuit court of Madison County against Ford Motor Company, alleging, inter alia, negligent design of the 1993 Lincoln Town Car's fuel tank and willful and wanton conduct, seeking punitive damages. The jury returned a general verdict in the Jablonskis' favor and awarded a total of $28 million in compensatory damages and $15 million in punitive damages. The appellate court affirmed the circuit court judgment. 398 Ill.App.3d 222, 337 Ill.Dec. 788, 923 N.E.2d 347. This court allowed Ford's petition for leave to appeal. Ill. S.Ct. R. 315(a) (eff. Feb. 26, 2010). For the reasons that follow, we reverse the judgments below.

¶ 2 BACKGROUND

¶ 3 On July 7, 2003, John and Dora Jablonski were traveling home in their 1993 Lincoln Town Car on I–270 in Madison County, Illinois, when they came to a complete stop in a construction zone. A Chevrolet Lumina driven by Natalie Ingram slammed into the Jablonskis' Town Car at a high rate of speed with no evidence of braking. According to experts, the Lumina struck the Town Car at between 55 and 65 miles per hour. As a result of the crash, a large pipe wrench in the trunk of the Town Car penetrated the trunk and punctured the back of the vehicle's fuel tank. The vehicle burst into flames, causing John's death and Dora's severe burns and permanent disfigurement.

¶ 4 Plaintiffs filed their original nine-count complaint against Ford and Ingram. After settling with Ingram, the case proceeded against Ford. Throughout the litigation, plaintiffs' theories of recovery continually evolved. By the time of trial, in their third amended complaint, plaintiffs alleged that at the time the 1993 Lincoln Town Car was designed and manufactured and “thereafter,” Ford was under a legal duty to use ordinary care to ensure the 1993 Lincoln Town Car was not unreasonably dangerous and defective. Plaintiffs further alleged that at the time that Ford designed and manufactured the 1993 Lincoln Town Car, it was negligent and strictly liable in one or more of the following ways: (1) equipping the 1993 Lincoln Town Car with a vertical-behind-the-axle fuel tank; (2) failing to shield the vertical-behind-the-axle tank; and (3) failing to warn consumers of the risk of trunk contents puncturing the fuel tank.

[353 Ill.Dec. 332] ¶ 5 Plaintiffs additionally alleged that these negligent acts constituted willful and wanton conduct. Plaintiffs specifically pleaded that at the time the 1993 Town Car was designed and manufactured Ford had knowledge of multiple deaths and/or serious injuries that were the result of its placement of its fuel tank behind the axle on certain of its vehicles, namely the Crown Victoria, the Mercury Grand Marquis and the Lincoln Town Car. Further, plaintiffs pleaded that Ford had knowledge that these particular models had an increased danger of fire-related injuries and that shielding and other devices were necessary to protect against fuel leakage and ignition.

¶ 6 The 11–day trial in this complex product design case included testimony from numerous lay and expert witnesses, encompassing over 3,000 pages of transcripts and hundreds of exhibits. After the close of the evidence, plaintiffs ultimately abandoned their strict liability claims, and the case was presented to the jury on several theories of negligent design and willful and wanton conduct: (1) failing to locate the fuel tank over the axle or forward of the rear axle; (2) failing to shield the fuel tank to prevent punctures by contents in the trunk; and (3) failing to warn of the risk of trunk contents puncturing the fuel tank. The jury was additionally instructed on a fourth theory never before pleaded, which was failing to inform the Jablonskis of certain remedial measures taken by Ford after the manufacture of the vehicle, but prior to the Jablonskis' accident. The following evidence was introduced to support those four theories.

¶ 7 Historically, in the sixties and seventies, most fuel tanks in passenger vehicles were located behind the rear axle, or “aft of axle,” situated horizontally under the trunk of the vehicle, inches from the rear bumper. Research in 1968 indicated that this particular under-the-trunk location was susceptible to fuel-fed fires in rear-end collisions. At that time, a safer alternative location was proposed to place the fuel tank over the rear axle.

¶ 8 In 1979, Ford introduced the “Panther platform” design, which ultimately served as the basis for several large civilian and law enforcement four-door sedan models, including the Mercury Grand Marquis, the Ford Crown Victoria, the Ford Crown Victoria Police Interceptor, and the Lincoln Town Car. In these models, including the 1993 Lincoln Town Car, Ford chose a different fuel tank configuration, referred to at trial as a “vertical-behind-the-axle” tank. The tank was located aft of the axle, but between the two rear wheels, about 40 inches from the rear bumper and in front of the trunk.

¶ 9 Much of the trial centered around whether this location was a reasonably safe location for the fuel tank. By 1981, Ford began designing various new passenger car models with front-wheel drive and the fuel tank located forward of the axle. By 1991, the majority of new Ford models were being manufactured with fuel tanks forward of the axle. The Panther platform and the Mustang were the only two types of vehicles Ford still manufactured with an aft-of-axle fuel tank. Other manufacturers, including Audi, BMW, Chrysler, General Motors, and Volvo, continued to manufacture vehicles with an aft-of-axle fuel tank.

¶ 10 I. Plaintiffs' Evidence

¶ 11 A. Negligent Fuel Tank Location

¶ 12 Plaintiffs' expert Mark Arndt was critical of the fuel system in all aft-of-axle tanks, including both the “under the trunk” and “vertical-behind-the-axle” locations because they failed to maintain fuel system integrity during a crash. Specifically, he stated that the aft-of-axle tank was defective because it was located in the “ crush zone” in rear-impact collisions and was vulnerable to being punctured by trunk contents and vulnerable to being pushed into sharp objects in front of the tank. It was his opinion that trunk contents puncturing the tank was a well-recognized problem. He testified that the safest location for the fuel tank “for a fair amount of time” was forward of the axle. Alternatively, locating the tank over the axle would significantly reduce the crush from a rear-end collision.

¶ 13 In forming his opinions, Arndt relied on several factors including basic engineering design concepts with regard to designing products generally. He testified that design safety involves considerations to design-out a problem by eliminating the hazard. If the hazard cannot be completely eliminated, then the product should be shielded to minimize the hazard, and if shielding or guarding is not effective, then warnings should be provided about the nature of the danger or potential harm that could occur. Ford taught these basic engineering principles in its own class on fuel systems engineering and these principles were outlined in its class manual beginning in 1991.

¶ 14 1. The Severy Research

¶ 15 Arndt maintained that Ford had long been aware of the dangers associated with aft-of-axle fuel tanks, including the danger of objects in the trunk puncturing the fuel tank in a rear-end collision. In support of this opinion, Arndt relied upon research done by Derwyn Severy, a researcher at UCLA, who conducted a series of automobile crash tests, partly funded by Ford. The Severy research was published as an article in 1968 in a publication of the Society of Automotive Engineers, a peer-reviewed journal. The article was introduced into evidence at trial. With respect to fuel tank integrity and suggested design revisions, the article provided that:

“Several factors operate to determine the degree of attention given to an automobile safety oriented design problem. Prominent among these are the frequency with which the problem manifests itself, the degree of seriousness of the consequence when such problems arise, and the complexity or cost of solution of the problem.”

¶ 16 After evaluating crash tests of vehicles with fuel tanks located under the trunk inches from the rear bumper, the article provided the following conclusions:

“1. * * * Initial findings indicate that much progress can be made in reducing the possibility of crash fires by incorporation of relatively inexpensive design considerations relating to fuel tanks and related fuel systems.

2. Design revisions that provide for better containment of fuel * * * which position the tank in locations...