A federal judge has dismissed Tesla Inc.’s petition for her recusal in a case alleging brake defects in the company’s Model 3 vehicle. The case, adjudicated by Judge P. Casey Pitts of the US District Court for the Northern District of California, involves claims that certain safety features, including automatic emergency braking, failed during an incident that resulted in severe injuries to the plaintiff, Sylvia Jackson.
Tesla had argued for Judge Pitts’ recusal on the grounds that she was previously associated with Altshuler Berzon LLP, a law firm engaged in litigation against Tesla on behalf of employees in unrelated discrimination cases. However, Judge Pitts clarified her lack of involvement in those cases, emphasizing the substantial delay by Tesla in submitting the motion for recusal, nearly seventeen months after the case was assigned to her. She contended that acceptance of Tesla’s argument could unduly constrain the judiciary, as broad disqualification of judges based on their firm’s historical client base could impede the judicial process.
Additionally, Tesla’s motion to relocate the case to Maryland and invoke Maryland law was denied. Judge Pitts noted that the connection of Maryland law was tangential, given the focus on Tesla’s design and engineering practices, which are centralized in California. She acknowledged a legal conflict between Californian and Maryland laws but concluded that the interests of California, where the car was designed and manufactured, would be more compromised should Maryland’s laws apply.
The accident at the core of the lawsuit occurred in a Maryland parking lot when a Tesla Model 3 unintentionally accelerated, leading to a catastrophic injury for Jackson. Her legal representation is provided by Walkup, Melodia, Kelly & Schoenberger and Jaime Jackson Law Firm PC, while Tesla is represented by Nelson Mullins Riley & Scarborough LLP.
The case will continue under California’s jurisdiction, emphasizing the importance of assessing product liability concerning the design and functionality of vehicle safety features.