Chicago officer testifies black teen did not stop ‘advancing’ before shooting

Breaking News Emails

Get breaking news alerts and special reports. The news and stories that matter, delivered weekday mornings.

A white Chicago police officer on trial for murder took the stand Tuesday and tearfully said the black teenager he shot 16 times was “advancing” toward him and would not drop a knife he was holding.

In a dramatic courtroom moment, Officer Jason Van Dyke testified that he opened fire on 17-year-old Laquan McDonald after the teen allegedly advanced toward officers and ignored repeated orders from officers to drop the knife in October 2014. The prosecution immediately countered, playing videos in court that appeared to contradict his testimony that McDonald was “advancing” and waiving his knife.

“He got right about 10 to 15 feet away from me,” Van Dyke said in his testimony, his eyes filling with tears.

“We never lost eye contact, his eyes were bugging out, his face was just expressionless,” he said. “He turned his torso towards me, he waved the knife from his lower right side upwards across his body towards my left shoulder.”

“I shot him,” he said. Van Dyke said he did not know how many times fired and was not certain he had hit McDonald until he saw him fall to the ground. He said he initially stopped shooting after that, but McDonald still had the knife in his hand so he fired a few rounds at the knife.

He referred to McDonald several times as a “male black in a black hoodie and blue jeans.”

Assistant Special Prosecutor Jody Gleason played videos presented in court, arguing the details did not match up to Van Dyke’s testimony of McDonald’s actions. Footage of the fatal shooting that first released to the public more than a year after the incident sparked protests and citywide unrest.

IMAGE: Laquan McDonald
Laquan McDonald.NBC Chicago

She repeatedly played police dashcam video and the defense’s 3D recreation of the incident, questioning whether they showed McDonald waving the knife the way the officer described.