"This is 4k!": Twitch streamer DJ Akademiks was stunned while reacting to footage of Julio Foolio's suspected murderers' arrest
Popular Twitch streamer DJ Akademiks recently reacted to the footage of the shocking shooting of Florida-based rapper, Julio Foolio. Apart from the graphic nature of the footage, the streamer was also surprised at the extremely clear quality, exclaiming that it was almost at a 4K clarity level.
In his latest live stream, DJ Akademiks, also known as Livingston Allen, was shown the footage of the shooting, as recorded by the CCTV cameras at the crime scene.
In the clip, which is a compilation of footage from multiple cameras, a car can be seen stopping at the parking lot. Two people carrying guns rush out of the vehicle and run across to another car, in which Julio is sitting. They shoot at the seeding car, with one of them almost getting run over.
DJ Akademiks was taken aback by the clarity, comparing it to a movie set. He said,
“This sh*t in 4k! This is 4K! Yo, this is in 4k! No way. That is the clearest footage I have ever seen. ….N***a this is better quality than some of the movies! Goddam! This is crazy! I have never seen anything like this before!”
Several people, reacting to DJ Akademiks's stream, said the same, comparing the footage to a live-action movie set.
What happened to Julio Foolio?
Popular rapper Julio Foolio was shot and killed on June 23, two days after his birthday, in the parking lot of the Holiday Inn in Tampa, Florida. In the incident. Three other people were shot, but they made a recovery. Unfortunately, Foolio, who had faced multiple bullet wounds, succumbed to his injuries and was confirmed dead at the hospital.
According to police reports, the incident took place after the rapper left the Airbnb he was hosting his birthday party in. The Tampa Police received a call about the “ambush” at 4:40 am and rushed to the crime scene shortly after. However, it was already too late for the rapper.
In 2021, Foolio was grazed by a bullet after a shooting incident in the Riverside area.