Sims v. BMW of North America LLC

District Court, M.D. Florida·Decided February 20, 2025·No. 6:22-cv-01685·Unknown

Opinion

UNITED STATES DISTRICT COURT MIDDLE DISTRICT OF FLORIDA ORLANDO DIVISION

WILLIAM HARRISON SIMS,

Plaintiff,

v. Case No: 6:22-cv-1685-PGB-UAM

BMW OF NORTH AMERICA LLC and BAYERISCHE MOTOREN WERKE AG,

Defendants. / ORDER This cause is before the Court on Plaintiff’s Motion to Exclude Certain Opinions and Testimony of Robert C. Lange (“Mr. Lange”). (Doc. 202 (the “Motion”)). Defendants BMW of North America LLC (“BMW NA”) and Bayerische Motoren Werke AG (“BMW AG”) (collectively, “BMW” or “Defendants”) filed a Response in Opposition. (Doc. 231). Upon consideration, the Motion is denied. I. BACKGROUND The procedural setting and the standard of review under Daubert are outlined in the Court’s Order denying Defendants’ Motion to Exclude Certain Testimony of Perry Ponder, P.E. (Doc. 249) and are incorporated here. II. SUMMARY OF ISSUES Plaintiff contends that BMW knew that the subject vehicle was defective because the airbag inflator used phase-stabilized ammonium nitrate (“PSAN”) as

the airbag’s propellant, causing the inflator to rupture when the airbag deployed during the accident. (Doc. 202, p. 2). Plaintiff’s engineering expert, Mr. Robert Renz, Jr. (“Mr. Renz”), will testify that PSAN is susceptible to temperature fluctuations and absorbs moisture and degrades over time, resulting in over- pressurization. (Id. at p. 3). Mr. Renz is expected to testify that PSAN’s dangerous

propensities have been well-known in the automotive industry for several decades. (Id. (citing Doc. 202-2, ¶¶ 24–25, 27, 35–66)). Mr. Renz states in his report that BMW, via its management, “knew about the defective nature of PSAN before it built the Plaintiff’s BMW vehicle.” (Doc. 202-2, ¶ 65). Mr. Renz bases this opinion on design and development documents approved by BMW, BMW’s internal communications, and corporate testimony. (Id. ¶¶ 65–66; see id. at pp. 25–26).

Plaintiff submits that Mr. Lange, BMW’s mechanical engineer, is prepared to opine that he is unaware of any evidence showing the Defendants “could have been aware air bag systems supplied by Takata to BMW AG were defectively designed prior to Takata’s announcement of defect findings beginning in 2014.” (Doc. 202, p. 8 (quoting Doc. 202-1, ¶ 75)). Mr. Lange will also opine that when the

subject 2004 BMW was distributed by BMW NA, “no motor vehicle manufacturer or distributor could have known of the technical research findings regarding the latent defect in Takata air bag inflators [because] [t]he science was not settled until 2015–2016.” (Id. (quoting Doc. 202-1, ¶ 76)). Mr. Lange also contends that Takata falsified data provided to vehicle manufacturers through 2015 and failed to correct the false data once the defect was discovered. (Id. at p. 9 (citing Doc. 195, 59:6–9,

70:2–71:22, 74:3–75:1)). Plaintiff argues Mr. Lange’s opinions are unsupported and unreliable. (Id. at p. 10). III. DISCUSSION The issue is whether Mr. Lange’s opinions are based on sufficiently reliable methods and principles. If they are, then Mr. Lange’s opinions are undoubtedly

helpful to the jury. If his opinions are unsupported ipse dixit, they must be excluded. Gen. Elec. Co. v. Joiner, 522 U.S. 136, 146 (1997). The Court should exclude an expert’s testimony when “there is simply too great an analytical gap between the data and the opinion offered.” Id. When an expert relies primarily on experience in forming his opinions, “the witness must explain how that experience leads to the conclusion reached, why that experience is a sufficient basis for the

opinion, and how that experience is reliably applied to the facts.” United States v. Augustin, 661 F.3d 1105, 1125 (11th Cir. 2011) (quoting United States v. Frazier, 387 F.3d 1244, 1261 (11th Cir. 2004) (en banc)). That said, “[v]igorous cross- examination, presentation of contrary evidence, and careful instruction on the burden of proof are the traditional and appropriate means of attacking shaky but

admissible evidence.” Allison v. McGhan Med. Corp., 184 F.3d 1300, 1311 (11th Cir. 1999) (citing Daubert v. Merrell Dow Pharms., Inc., 509 U.S. 579, 596 (1993)). A. Mr. Lange’s Methodology and Opinions In his expert report, Mr. Lange discusses his investigation into the Takata air bag failures. He notes that Honda conducted the first recall of Takata air bag

systems for inflator failure in a letter dated November 11, 2008. (Doc. 202-1, ¶ 43). Mr. Lange states that Dr. Harold Blomquist was hired by NHTSA to assist in its Takata defect investigation and issued his report in 2015. (Id. ¶ 46). According to Mr. Lange, Dr. Blomquist’s report “appears to be the first technical analysis of root cause that was published and to which OEMs would have had access.” (Id.). Dr.

Blomquist agrees with Mr. Renz as to the root cause of the inflator failure. (Id. ¶ 46(f)(i)–(iii)). Mr. Lange found that “Takata’s development work [on the inflator] did not adequately consider or address the chemical and physical stability of the propellant in service conditions.” (Id. ¶ 47(a)). Mr. Lange’s report outlines the timeline prepared by NHTSA, beginning with the first inflator rupture, which occurred in February 2007 in Arizona and

involved a 2001 model-year Honda Civic (Id. ¶ 49). He also discusses a joint investigation by Takata and Honda undertaken in 2007 and 2008, resulting in a “fault tree analysis,” which outlines a methodology to identify the cause of inflator failures. (Id. ¶ 50(a)–(b)). Four inflator ruptures occurred in 2007 and 2008, or before the subject vehicle was manufactured. (Id.; see also id. at p. 22 nn.109–110).

Mr. Lange is critical of Takata’s failure to identify environmental exposure conditions as the root cause sooner. (Id. ¶ 50(b)). Next, Mr. Lange considered Honda’s Part 573 defect letter, in which Honda identified a VIN range based on a perceived manufacturing defect. (Id. ¶¶ 51(a)–(b), 52). As Honda continued to receive reports of inflator ruptures in 2009, falling outside the VIN range, Honda developed a new hypothesis regarding the propellant. (Id. ¶ 53). The expanded

incidents of inflator ruptures led to NHTSA opening a Recall Query. (Id. ¶ 55). Documents from the Recall Query revealed that Takata represented to Honda that the ruptures were caused by a “Stokes press” that forms propellant into a wafer, causing the propellant to burn too quickly and rupture the inflator. (Id. ¶ 55(a)). Accordingly, in 2010, Honda expanded the recall to include the new basis.

(Id. ¶ 55(c)). Between 2010 and 2013, Honda and Takata continued to receive reports of inflator ruptures, and Takata retained consultants to conduct a root cause analysis. (Id. ¶ 56). The investigation focused on manufacturing errors, which Mr. Lange opines caused Takata to undervalue post-manufacture moisture as the culprit. (Id.). In April of 2013, Mr. Lange reports that Takata issued a safety defect report, including passenger side air bag inflators and identified BMW AG as

having been supplied the defective inflators. (Id. ¶ 57). BMW and the other affected vehicle manufacturers thereafter issued safety defect notices. (Id.). Takata’s root cause analysis continued, and in 2014, research pointed to moisture and temperature in high absolute humidity regions as causing an increased propellant burn rate. (Id. ¶ 58). On May 18, 2015, Takata, with NHTSA’s

involvement, issued four Defect Information Reports confirming the defect was not limited to a VIN range and had nationwide implications. (Id. ¶ 59).

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