Casey v. General Motors, LLC

CourtDistrict Court, S.D. California
DecidedMarch 18, 2021
Docket3:20-cv-00299
StatusUnknown

This text of Casey v. General Motors, LLC (Casey v. General Motors, LLC) is published on Counsel Stack Legal Research, covering District Court, S.D. California primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Casey v. General Motors, LLC, (S.D. Cal. 2021).

Opinion

1 2 3 4 5 6 7 UNITED STATES DISTRICT COURT 8 SOUTHERN DISTRICT OF CALIFORNIA 9 10 REBECCA CASEY, individually, Case No.: 20-cv-299-WQH-MSB and on behalf of a class of 11 similarly situated individuals, ORDER 12 Plaintiff, 13 v. 14 GENERAL MOTORS, LLC; and 15 DOES 1-10, inclusive, 16 Defendants. 17 HAYES, Judge: 18 The matter before the Court is the Motion to Dismiss Plaintiff’s First Amended Class 19 Action Complaint filed by Defendant General Motors LLC. (ECF No. 16). 20 I. PROCEDURAL BACKGROUND 21 On February 18, 2020, Plaintiff Rebecca Casey filed a Class Action Complaint 22 against Defendant General Motors LLC (“GM”). (ECF No. 1). On September 15, 2020, 23 Casey filed an Amended Class Action Complaint (“Amended Complaint”) against 24 Defendants GM and Does 1 through 10, alleging that Defendants concealed and failed to 25 disclose a design defect in the engine bay fuse block of vehicles manufactured by GM 26 between 2013 to 2017. (ECF No. 14). 27 On September 29, 2020, GM filed a Motion to Dismiss the Amended Complaint. 28 (ECF No. 16). GM moves to dismiss the Amended Complaint under Rule 12(b)(6) of the 1 Federal Rules of Civil Procedure for failure to state a claim upon which relief can be 2 granted. On October 30, 2020, Casey filed an Opposition to the Motion to Dismiss. (ECF 3 No. 19). On November 13, 2020, GM filed a Reply. (ECF No. 20). 4 II. ALLEGATIONS IN THE AMENDED COMPLAINT 5 On December 9, 2016, Casey purchased a used 2014 Buick Enclave (“Vehicle”) 6 from GM franchise dealership Hoehn Buick, GMC, Cadillac (“Hoehn”) in Carlsbad, 7 California. The Vehicle had been sold new on October 13, 2013. When Casey purchased 8 the Vehicle, it had been driven 70,657 miles. Before deciding to purchase the Vehicle, 9 “Casey reviewed the window sticker and relied on its advertisements, including details of 10 the existence and length” of the Vehicle’s factory warranty. (ECF No. 14 ¶ 3). 11 At the time the [ ] Vehicle was sold new, the [ ] Vehicle came with a 4-year 50,000-mile basic warranty, a 6-year 70,000-mile powertrain warranty, a 7- 12 year 70,000-mile California emissions warranty, an 8-year 80,000-mile 13 federal emissions warranty for certain emissions related components, and a 6- year unlimited mileage warranty for certain types of rust. Thus, at the time 14 that Casey purchased the [ ] Vehicle, the [ ] Vehicle was still covered by 15 portions of the original factory warranty.

16 (Id. ¶ 2). 17 On April 30, 2018, at 89,373 miles, Casey brought the Vehicle to Hoehn for repair. 18 On approximately five occasions, the Vehicle lost power while in motion, and the “stability 19 and traction warning illuminated,” requiring Casey to pull over and restart the Vehicle. (Id. 20 ¶ 52). Hoehn “identified Fault Code P1682, and found that the fuse block ignition bus, also 21 known as both Terminal 51 and the Engine Relay, was loose.” (Id. ¶ 54). Hoehn attempted 22 to fix the problem by reinstalling and resecuring the engine bay fuse block. “The repair did 23 not work, and the [ ] Vehicle was brought back by Casey on June 20, 2018 with the same 24 symptoms.” (Id.). Hoehn diagnosed the engine bay fuse block as “defective” and replaced 25 it. (Id. ¶ 55). Casey was required to pay for the repairs. 26 In certain GM vehicles, including Casey’s Vehicle, there is an engine bay fuse block 27 located on the passenger side under the hood. The function of a fuse block is to control and 28 1 distribute electrical energy from a vehicle’s battery or generator throughout the vehicle. 2 “The functionality of a fuse block is critical” to vehicle safety because the fuse block 3 distributes energy “to a variety of safety related components, such as air bags, different 4 engine components, the brakes, brake lights, headlights, etc.” (Id. ¶ 23). 5 The engine bay fuse block provides electrical energy to different engine components 6 using a relay. The relay plugs into the engine bay fuse block “like a power cord plugs into 7 a power outlet in the wall of a home.” (Id. ¶ 17). To function properly, there must be 8 adequate tension so that the relay’s metal prongs fit tightly into the engine bay fuse block. 9 If the relay is loose, the vehicle can fail to start or can stall, which can cause “the loss of 10 acceleration, the loss of power steering, the loss of power brakes, and several other very 11 unsafe conditions.” (Id. ¶ 21). “A properly designed and constructed fuse block should last 12 the life of a vehicle.” (Id. ¶ 15). 13 GM’s fuse blocks are “mass produced.” (Id. ¶ 22). The engine bay fuse blocks for 14 the following GM products have “virtually the identical layout and design:” 1) the 2007- 15 2010 Saturn Outlook; 2) the 2008-2017 Buick Enclave—including Casey’s Vehicle; 3) the 16 2009-2017 Chevrolet Traverse; 4) the 2007-2016 Chevrolet Acadia; and 5) the 2017 17 Chevrolet Acadia Limited. (Id. ¶ 27). There is a “Fuse Block Defect” in the design, 18 materials, and assembly of these engine bay fuse blocks “wherein the fuse block terminals 19 fail to maintain sufficient tension, resulting in relays which are mounted on fuse blocks 20 being loose.” (Id. ¶ 28). “The Fuse Block Defect is the fact that there is poor 21 connection/terminal retention.” (Id. ¶ 49). The Fuse Block Defect causes vehicles to stall, 22 lose acceleration, lose power steering, and/or lose power brakes. 23 GM has been aware of the Fuse Block Defect since 2010. “GM’s own documents 24 confirm that consumers have complained for years, predating the sale and lease of the 25 [vehicles with the Fuse Block Defect], that the [ ] [v]ehicles have experienced problems 26 which are and were symptomatic of the Fuse Block Defect.” (Id. ¶ 29). GM has published 27 several service bulletins describing the symptoms of the Fuse Block Defect in vehicles with 28 1 the common fuse block design, explaining how to diagnose the problem and “purport[ing] 2 to offer [ ] repair[s].” (Id.). 3 The December 8, 2010, service bulletin applies to “2011 and prior GM Passenger 4 Cars and Trucks.” (Id. ¶ 30). The bulletin reports customer complaints of “[a]n intermittent 5 no crank/no start, intermittent malfunction indicator lamp (MIL) illumination, intermittent 6 service lamp illumination, and intermittent service message(s) being displayed,” which can 7 be caused by various conditions including “poor connection/terminal retention.” (Id. ¶ 30). 8 The bulletin recommends resolving the conditions by “apply[ing] a dielectric lubricant, and 9 only replac[ing] parts if applying the dielectric lubricant does not resolve the problem.” 10 (Id. ¶ 31). 11 The February 2013 service bulletin applies to “2014 and prior GM cars and light 12 duty trucks.” (Id. ¶ 34). The bulletin identifies diagnostic Fault Codes P1682 and P0689, 13 which “relate to the ignition circuit and engine stalling” and can, “among other things, [ ] 14 indicate poor connection/terminal retention relating to the . . . Engine Relay, [ ] which is 15 located in the Engine Bay Fuse Block.” (Id. ¶ 35). The bulletin “advis[es] technicians that 16 if they identify certain fault codes, including P1682 and P0689, the technician should test 17 the terminal pin fit and tension” for problems. (Id.). 18 The February 12, 2014, service bulletin applies to the 2008-2014 Buick Enclave, 19 2009-2014 Chevrolet Traverse, the 2007-2014 GMC Acadia, and the 2010 Saturn Outlook, 20 all of which share the common fuse block design. The bulletin “purports to identify the 21 root cause of Fault Code P1682” as the use of improperly wired after-market equipment. 22 (Id. ¶ 38). 23 The November 16, 2018, service bulletin applies to the 2013-2014 Buick Enclave, 24 2013-2014 Chevrolet Traverse, and 2013-2014 GMC Acadia, which share the common 25 fuse block design. The bulletin “identifies an ongoing problem with poor 26 connection/terminal retention, causing terminal corrosion.” (Id. ¶ 40).

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Casey v. General Motors, LLC, Counsel Stack Legal Research, https://law.counselstack.com/opinion/casey-v-general-motors-llc-casd-2021.