A federal jury in San Francisco convicted Joseph Huffaker, a former Rohnert Park, California police officer, on nine counts arising from a marijuana extortion scheme, including six counts of extortion under color of official right, one count of falsifying records in a federal investigation, one count of impersonating a federal officer, and one count of conspiracy [1]. The prosecution was brought in the United States District Court for the Northern District of California before Judge Maxine M. Chesney [1]. The case was part of a broader federal corruption investigation targeting multiple Rohnert Park officers who allegedly exploited their law enforcement authority to extort marijuana businesses operating in California [1].
At trial, the government presented evidence that Huffaker and his co-defendants used the color of their official positions to extract money or property from marijuana dispensary operators, conduct that formed the core of the extortion counts [1]. The impersonation charge reflected allegations that Huffaker represented himself as a federal officer during the scheme, and the falsification count stemmed from efforts to obstruct the federal investigation into the officers' conduct [1]. The jury returned convictions on all charged counts, with no acquittals and no hung counts reported [1].
Judge Chesney sentenced Huffaker on May 6, 2026, to 20 months in federal prison [1]. A co-defendant in the related proceeding received a 30-month sentence, indicating that sentencing exposure varied among the participants based on their respective roles and criminal history [1]. The DOJ's sentencing announcement confirmed both sentences were imposed in the same proceeding, framing the case as a coordinated resolution of the broader Rohnert Park corruption matter [1].
No post-trial motions or appellate filings are reflected in the available source material. Federal sentencing on a nine-count conviction with an imprisonment term makes a direct appeal plausible, but no appeal has been confirmed as of the date of publication.