Johnny Wactor, ‘General Hospital’ Actor, Reported Killed in Shooting in Los Angeles
Johnny Wactor was fatally shot when he interrupted a person who was stealing his vehicle’s catalytic converter, his mother told a news outlet.Johnny Wactor, an actor best known for his role in “General Hospital,” was shot and killed on Saturday, reports said, amid what his family described as an attempted theft of a catalytic converter in Los Angeles.The fatal shooting took place around 3 a.m. on Saturday, when Mr. Wactor approached three men in downtown Los Angeles, The Associated Press reported, citing the Los Angeles Police Department.His mother, Scarlett Wactor, told the local news station ABC7 that Mr. Wactor left the rooftop bar where he worked late in the evening and was walking with a co-worker toward his vehicle when he interrupted someone who was in the process of stealing the vehicle’s catalytic converter.Ms. Wactor said her son thought his car was being towed at first, and when he approached the person to ask, the person “looked up, he was wearing a mask, and opened fire.”Three men fled the scene in a vehicle, and Mr. Wactor was taken to a hospital, where he died, The A.P. reported. No arrests have been made.Representatives for the Police Department did not immediately respond to requests for comment on Monday.Mr. Wactor had played Brando Corbin in more than 160 episodes of the soap opera “General Hospital,” according to his IMDB page. He also appeared in episodes of “Westworld,” “The OA” and “Station 19.”In a statement on social media, a page for “General Hospital” said the show’s cast and crew were “heartbroken to hear of Johnny Wactor’s untimely passing.”Many of Mr. Wactor’s co-stars from the show posted tributes on social media, including Kirsten Storms, who played the character Maxie Jones. Ms. Storms wrote in an Instagram post, “I just cannot believe that his life was stolen from him the way it was.”There has been a jump in the number of thefts of catalytic converters, or “cats” for short, in recent years. These critical emission-control devices are valuable because they contain rare metals, like palladium and rhodium, that can be extracted and resold. More