A federal judge has ordered Jonathan Rinderknecht, 29, to remain in jail while awaiting trial for allegedly starting a deadly wildfire in Los Angeles. The fire began as a small blaze on New Year’s Day and smoldered underground before reigniting nearly a week later. It swept through Pacific Palisades and Malibu, resulting in the deaths of 12 people in hillside neighborhoods. This was one of two fires that broke out on January 7, leading to more than 30 fatalities and destroying over 17,000 homes and buildings across Los Angeles County.
U.S. Magistrate Judge Rozella A. Oliver denied Rinderknecht’s bond request on Tuesday, citing concerns about his mental health and the distress caused to his sister and her family. “He must be kept in custody due to his mental health and distress he caused his sister and her family,” said Judge Oliver. Rinderknecht’s father testified on his behalf, denying that his son had any mental health issues.
Rinderknecht was arrested on October 7 in Orlando, Florida, where he was staying at his sister’s house. Prosecutors argued against his release by highlighting traits associated with arsonists and expressing concerns about his declining mental state. They also pointed out that he might be a flight risk due to having family in France and being able to speak French.
He was transferred to Los Angeles approximately two weeks after his arrest and pleaded not guilty during a court appearance. Rinderknecht faces charges including malicious destruction by means of fire, arson affecting property used in interstate commerce, and timber set afire. If convicted, he could face up to 20 years in federal prison.
His trial is scheduled for April 21, 2026.
Federal officials described the Palisades fire as a “holdover fire” from the initial blaze allegedly started by Rinderknecht on January 1. According to LA’s interim fire chief, these types of fires can persist undetected deep within root systems—sometimes reaching depths of up to 20 feet—making them difficult for firefighters to fully extinguish or detect with thermal imaging equipment.
