Butler County Prosecutor Michael Gmoser said he plans to keep the charges against Chynna Brandon in the juvenile court system because the investigation revealed “no intentional conduct” to raise the severity of the charges.
He said speed was “one factor” in the fatal crash, but there were “other factors involved.”
He refused to name those factors.
If convicted, Brandon could be sentenced to the Juvenile Detention Center in Columbus until her 21st birthday, Gmoser said.
In cases like this there are “no winners on either side,” he said.
If Brandon isn’t found guilty, she will live with the results of that night forever, Gmoser said.
“She will live behind imaginary bars the rest of her life,” he said.
INITIAL REPORT: A 17-year-old driver has been charged in the one-car crash April 27 that killed a classmate while on their way to prom.
Chynna Brandon has been charged in the fatal accident that occurred when she was driving three Monroe High School classmates to prom.
Brandon lost control of the 2013 Tesla she was driving along Millikin Road and struck a telephone pole, according to the Butler County Sheriff’s Office.
A Monroe High School student has died after a car crash Friday night. Three other students involved in the crash, which happened on their way to the school’s prom, were treated and released from the hospital.
Brandon is charged with two counts of vehicular assault and one count of vehicular homicide, all felony charges, the sheriff’s office said today.
One of the car’s backseat passengers, Kaylie Jackson, 17, was not wearing a seat belt and was ejected from the vehicle, according to the sheriff’s office.
Jackson died as a result of her injuries on April 30.
Kaylie Jackson, 17, was a back-seat passenger at the time of the accident, police said.
Brandon and the other two passengers — Tanner Allford, 17, and Mitchell Foster Jr., 18, were treated at University of Cincinnati Medical Center and released.
The sheriff’s office said it continues to work with the Butler County Prosecutor’s Office in the investigation of the crash.