Jurors wrapped up a day of deliberations Wednesday in the murder case against a former Texas police officer charged with fatally shooting a Black woman through a rear window of her home in 2019.
The jury took up the case after six days of in Aaron Dean's long-delayed trial for while the white Fort Worth officer was responding to a call about an open front door. The jury deliberated for about eight hours Wednesday without reaching a verdict and was scheduled to resume deliberations Thursday morning.
The judge told the Tarrant County jurors on Wednesday that they can also consider a charge of manslaughter. Dean shot Jefferson after a neighbor called a nonemergency police line to report that the front door to Jefferson鈥檚 home was open. She had been playing video games that night with her nephew and it emerged at trial that they left the doors open to vent smoke from hamburgers the boy burnt.
The case has focused on competing claims of whether Dean, now 38, knew Jefferson was armed when he shot her. Prosecutors alleged the evidence showed he never saw her gun, but that he opened fire after seeing the barrel of Jefferson鈥檚 weapon pointed at him.
Defense attorney Bob Gill said in closing arguments that Dean had a right to self defense once a gun was pointed at him.
鈥淗e saw a firearm pointed at him and based upon his training, he reacted," Gill said. 鈥淗e reacted tragically, but he reacted correctly under the law.鈥
But prosecutor Dale Smith described Dean as a 鈥済ung-ho, hard-charger鈥 who gave Jefferson no chance to comply with his command to put her hands up. Smith also told jurors there鈥檚
鈥淗e didn鈥檛 know what he saw, he just shot,鈥 Smith said.
The case was unusual for the relative speed with which, amid public outrage, the Fort Worth Police Department released video of the Oct. 12, 2019, shooting and arrested Dean. He鈥檇 completed the police academy the year before and quit the force without speaking to investigators.
Since then, the case was repeatedly amid lawyerly wrangling, the terminal illness of Dean鈥檚 lead attorney and the COVID-19 pandemic.
