State Farm Fire & Casualty Co. v. Ford Motor Co.

346 P.3d 771, 186 Wash. App. 715
CourtCourt of Appeals of Washington
DecidedFebruary 17, 2015
DocketNo. 71302-7-I
StatusPublished
Cited by10 cases

This text of 346 P.3d 771 (State Farm Fire & Casualty Co. v. Ford Motor Co.) is published on Counsel Stack Legal Research, covering Court of Appeals of Washington primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
State Farm Fire & Casualty Co. v. Ford Motor Co., 346 P.3d 771, 186 Wash. App. 715 (Wash. Ct. App. 2015).

Opinion

¶1

Spearman, C.J.

In this product liability action brought by Carole Coe-Hauskins and State Farm Fire & Casualty Company against Ford Motor Company, the trial court entered partial summary judgment against Ford on the issue of design defect based on collateral estoppel. We reverse and remand for trial.

[718]*718 FACTS

¶2 On July 11, 2010, Carol Coe-Hauskins’ 1994 Lincoln Town Car was parked outside her home when a fire occurred in the engine block of the vehicle. The fire spread to Coe-Hauskins’ home, causing property damage as well as other expenses, a portion of which was paid by Coe-Hauskins’ insurer, State Farm Fire & Casualty Company. A few months later, Coe-Hauskins and State Farm (collectively Hauskins) initiated this action to recover the damages incurred in the fire.

¶3 Hauskins alleged that the fire was caused by a defective speed control deactivation switch (SCDS) in the 1994 Lincoln Town Car’s speed control system. The SCDS is a pressure-activated electrical switch designed and manufactured by Texas Instruments. Beginning in 1992, Ford used the device in several of its vehicles, including the 1994 Lincoln Town Car, as a redundant means of deactivating speed control. The device has a “wet” side and a “dry” side that are separated by seals. Clerk’s Papers (CP) at 668-69. It functions by allowing brake fluid to flow into the wet side when the brakes are applied; the resulting fluid pressure opens the SCDS’s electrical contacts and disconnects the speed control function. If the seals are compromised, brake fluid can enter the dry side of the SCDS and create a conductive path from the electrical contacts to ground. When the SCDS is powered, this conductive path allows the contacts to corrode and the corrosion by-products increase the electrical conductivity of the fluid. This process generates heat that, over time, can lead to fire.

¶4 In 2004, the National Highway Traffic Safety Administration’s (NHTSA) Office of Defects Investigation, with participation by Ford and Texas Instruments, opened an investigation to assess suspected SCDS failures and related engine compartment fires in certain Ford model year vehicles. NHTSA wanted to “understand why certain Ford [719]*719model/model [sic] year vehicles had very high rates of key off engine compartment fire, while other models using the same part number SCDS had very low rates of fire.” CP at 667. The results of this investigation were published in NHTSA’s August 2006 “Engineering Analysis Closing Report.” In this report, NHTSA concluded that a specific combination of vehicle characteristics materially impacted the process that can lead to a fire at an SCDS. These factors include (1) high vacuum pressure due to placement of the SCDS on the master cylinder, (2) SCDS orientation in the “vertical up” position (as opposed to angled), and (3) continuous power to the SCDS. NHTSA found the factors to be present in several, but not all, Ford and Lincoln vehicles equipped with the Texas Instruments SCDS.

¶5 Notably, the 1994 Lincoln Town Car did not exhibit the first or second factor NHTSA associated with heightened risk of fire. In that model vehicle, the SCDS was mounted on a proportioning valve, not on the brake master cylinder, and as a result, it did not experience high vacuum pressure. Additionally, the SCDS in the 1994 Lincoln Town Car was mounted at a 45 degree angle, rather than in the “vertical up” position associated with heightened risk of fire.

¶6 In response to the NHTSA investigation, Ford announced a voluntary recall of certain Ford and Lincoln vehicles in January 2005. In August 2007, Ford increased the scope of the recall to include additional vehicles, including the 1994 Lincoln Town Car, based on concerns over possible long term durability issues with the SCDS. The vehicles subject to the 2007 supplemental recall did not have the combination of factors NHTSA identified as creating a high risk of an SCDS fire.

¶7 When Coe-Hauskins learned of the recall, she brought her 1994 Lincoln Town Car to a Ford dealership for repair. The repair, which was completed 17 months before the fire, modified the design of the speed control system by installing a two-amp fused jumper harness on the circuit [720]*720powering the SCDS. This modification was designed so that should brake fluid leak into the electrical cavity of the SCDS (the “dry” side), the two-amp fuse would blow, interrupting the process of corrosion that could otherwise lead to fire at the SCDS.

Procedural History

¶8 Hauskins sued Ford, alleging that a design defect in the SCDS with two-amp fused jumper harness repair1 caused Hauskins’ damages. Hauskins asserted that Ford was strictly liable under the Washington tort reform and product liability act (WPLA), chapter 7.72 RCW, for damages caused by its defective product. Hauskins also claimed that Ford was liable under an ordinary negligence theory for failing to warn of the dangers associated with its product.

¶9 Hauskins moved the trial court for partial summary judgment on the issue of design defect, an essential element of the WPLA claim.2 Hauskins argued that Ford was collaterally estopped from relitigating whether its product was defective based on prior verdicts in Duncan v. Ford Motor Co., 2005-CP-30831 (Laurens County, S.C., 8th Jud. Cir. Ct. 2005) and Rausch v. Ford Motor Co., 73-CV-10-743 (Stearns County Dist. Ct., Minn. 2010). CP at 22-39. The trial court granted the motion, finding that Hauskins had established each element of collateral estoppel and that application of the doctrine would not work an injustice [721]*721against Ford. The court held, “Collateral estoppel applie[s] and the SCDS and the 2-amp jumper fuse repair in the Hauskins vehicle are held, as a matter of law, to be defective in design. The only issues remaining for trial [on the WPLA claim] are whether the fire was proximately caused by the Ford vehicle and the amount of damages proximately caused by the fire.” CP at 794-95.

¶10 A trial on causation and damages began on December 2, 2013.3 At trial, Ford offered evidence of in-house testing in support of the effectiveness of the recall repair in remedying any flaw in the SCDS. Hauskins moved to exclude the evidence, arguing it was irrelevant in light of the summary judgment decision. The trial court agreed, and the jury never considered this evidence. The jury deadlocked on causation, and the court declared a mistrial.

¶11 Ford appeals the order granting partial summary judgment.

DISCUSSION

¶12 In this appeal, we consider whether the trial court’s application of collateral estoppel and resulting order granting partial summary judgment were proper. Because the issues on appeal arise from summary judgment proceedings, our inquiry is the same as the trial court’s, with questions of law reviewed de novo and the facts and all reasonable inferences from the facts viewed in the light most favorable to the nonmoving party. Christensen v. Grant County Hosp. Dist. No. 1, 152 Wn.2d 299, 305, 96 P.3d 957 (2004). Summary judgment is proper only in the absence of a genuine issue of material fact. Id.; CR 56(c).

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Bluebook (online)
346 P.3d 771, 186 Wash. App. 715, Counsel Stack Legal Research, https://law.counselstack.com/opinion/state-farm-fire-casualty-co-v-ford-motor-co-washctapp-2015.