Man goes on trial accused of 8 killings in metro Phoenix in 2017
Opening statements are set to begin in the trial of Cleophus Cooksey Jr., who is accused of murdering eight people in the Phoenix area over a three-week period in 2017. The investigation reached a breakthrough when Cooksey was arrested at a blood-soaked apartment where his mother and stepfather were found dead, linking him to other killings through evidence such as a murder weapon and personal items of victims. Cooksey, who has pleaded not guilty, faces the possibility of a death sentence if convicted. Despite the severity of the allegations, his case did not receive much public attention until his arrest, unlike previous serial shootings in the area. Delays in the trial have been attributed to the pandemic, affecting the preparation and evaluation processes, while Cooksey maintains that he is innocent and wishes to clear his name quickly.
Cleophus Cooksey Jr. is on trial for eight murders in the Phoenix area, with the first killing occurring on November 27, 2017, shortly after his release from prison for a previous crime.
The investigation into these murders gained momentum when Cooksey was arrested at his mother's apartment, where evidence including a murder weapon and victim's personal items were discovered.
Authorities allege that Cooksey knew some victims personally, while others were strangers, and the killings predominantly took place in the evening or overnight.
Prosecutors are seeking the death penalty if Cooksey is found guilty, as the trial begins following significant delays due to the COVID-19 pandemic.
Cooksey has consistently denied the charges, claiming they are false, and has expressed eagerness for a speedy trial to prove his innocence.
The trial follows two other notable serial shooting cases in Phoenix, which had previously caused public fear and significant media attention.
Despite his claims of innocence, substantial evidence reportedly ties Cooksey to the crimes, including DNA evidence and possession of items belonging to victims.