Los Angeles Men Charged with Stealing $105,000 Corvette from Thousand Oaks Dealership


By El Latino Newsroom


The defendants are accused of carrying out the theft during the early morning hours of May 19, 2026, after traveling from Los Angeles to a GMC Buick dealership located in the Thousand Oaks Auto Mall. Prosecutors allege the pair unlawfully entered the dealership and drove away with the high-performance sports car.
One of the suspects, identified as Ivy, is also charged with having a prior strike conviction, which could result in enhanced penalties if convicted.


The case expanded beyond the initial Corvette theft after detectives with the Ventura County Sheriff’s Office identified the suspects through their investigation.


Following surveillance operations and the arrests of both defendants, investigators executed search warrants at multiple locations in Los Angeles.


During those searches, detectives recovered numerous stolen vehicles linked to crimes in several jurisdictions, including a Lamborghini. Authorities estimate the combined value of the recovered vehicles exceeds $1.3 million.


Despite those recoveries, the stolen 2026 Chevrolet Corvette taken from the Thousand Oaks dealership has not yet been located.


Ventura County District Attorney Erik Nasarenko praised investigators for uncovering what appears to be a broader vehicle theft operation.


The case is being prosecuted by Deputy District Attorney Brandon Yeaton, a member of the Ventura County District Attorney’s Office Auto Theft Unit.


At their arraignment, both Ivy and Taylor entered not guilty pleas to the charges filed against them.
The defendants are scheduled to return to court for an early disposition conference on August 5, 2026.
Prosecutors objected to their release; however, the court ordered that both men be released on their own recognizance while the case proceeds.


The investigation remains ongoing, and authorities have not announced whether additional charges or arrests are expected in connection with the recovered stolen vehicles.