Blake Jenner Arrested On DUI

Blake Jenner

At the beginning of this month in Burbank, California, an arrest was made on “Glee” actor Blake Jenner on suspicion of driving under the influence of alcohol.

The Burbank Police Department stated that the actor, who is 29, was pulled over after he failed to stop at a red light at 11:30 p.m. on July 9 in the area of San Fernando Boulevard and Angeleno Avenue.

Jenner put on a show “the objective signs and symptoms of alcohol intoxication, authorities claimed,” the signs and symptoms of alcohol intoxication.”

Blake Jenner Has Been Summoned

However, according to the officials, “Mr. Jenner did not conduct the tests as demonstrated and directed,” despite the fact that he had given his consent to perform field sobriety tests.

According to the findings of the authorities, Jenner was under the influence of “an unknown alcoholic beverage and unable to safely operate a motor vehicle,” when she was involved in the accident “police stated. He was given a charge of driving under the influence, which is a lesser offense.

According to the police, he was taken into custody but has since been released with a notice to appear in court at a later date.

In an effort to obtain comment, NBC News has reached out to his reps.

The character of Ryder Lynn, which the actor played on the musical TV series Glee created by Ryan Murphy, brought him widespread recognition as an actor. Additionally, he has appeared as a guest star on episodes of the CW show Supergirl.

In 2019, his now-ex-wife Melissa Benoist, whom he married in 2015, disclosed in an emotional video shared on Instagram that she had survived domestic violence. The couple had been married for three years.

Blake Jenner verified an allegation of physical abuse that took place “in late 2019” in a statement that was released on his Instagram account in the year 2020. However, he did not name his former partner in the message.

Blake Jenner expressed his regret to his ex-partner and stated, “I am sorry” while speaking about the situation in question.