A former law enforcement officer testified in a Utah courtroom that he discovered a makeshift 'sniper pad' on a rooftop near the location where conservative commentator Charlie Kirk was assassinated. The revelation came during a preliminary hearing for Tyler Robinson, the man accused of fatally shooting Kirk on July 7, 2026.
Discovery of the sniper position
The former officer, whose name has not been disclosed, stated that he was part of the initial response team after the shooting. While sweeping the area for additional threats, he noticed a rooftop approximately 200 yards from the venue where Kirk was speaking. Upon closer inspection, he found a carefully prepared position with a clear line of sight to the stage.
“There was a mat, a bipod impression in the dust, and what appeared to be spent shell casings,” the officer testified. “It was clearly a sniper pad, set up well in advance.”
Details of the assassination
Charlie Kirk, a prominent conservative activist and founder of Turning Point USA, was shot and killed while addressing a rally in Provo, Utah, on July 6, 2026. Tyler Robinson, 32, was arrested shortly after the incident and charged with first-degree murder. During the hearing, prosecutors presented evidence linking Robinson to the shooting, including ballistics matches and cell phone data placing him near the scene.
According to court documents, Robinson had a history of online threats against Kirk. The defense has argued that Robinson was not the shooter and that the evidence is circumstantial.
Impact and ongoing investigation
The assassination sent shockwaves through the political landscape, prompting increased security for public figures. The former officer’s testimony adds a new dimension to the case, suggesting premeditation. “This wasn’t a spontaneous act,” said legal analyst Sarah Jenkins. “The sniper pad indicates planning and a deliberate attempt to evade detection.”
The hearing continues, with additional witnesses expected to testify. Robinson remains held without bail. The trial is scheduled to begin in early 2027.
