What Happened During the Shooting at the US Army Base?

Synopsis
Key Takeaways
- Incident at Fort Stewart left five soldiers injured.
- Suspect identified as Quornelius Radford.
- Used a personal handgun, not a military weapon.
- All victims are in stable condition.
- Investigation ongoing by the FBI and Army Criminal Investigation Division.
Georgia (United States), Aug 7 (NationPress) - During an active shooter situation at the US Army's Fort Stewart in southeast Georgia, five soldiers were shot and injured, as reported by an official post from the fort on social media.
The alleged shooter has been identified as Quornelius Radford, who serves as an automated logistics sergeant, according to John Lubas, the commanding general of the 3rd Infantry Division. Radford reportedly used a personal handgun to fire upon fellow soldiers at his base.
"I can confirm that the weapon was not military-issued. We believe it to be a personal handgun," Lubas stated during a news conference on Wednesday (local time).
"While we are still investigating the motive, he has been interviewed by Army investigators, and we expect to uncover more details soon," Lubas added.
The shooter has a previous arrest in the area for driving under the influence, according to reports from Xinhua news agency.
A lockdown at the base was initiated at 11:04 a.m. (local time) and was completely lifted later in the afternoon.
"All soldiers received on-site treatment and were subsequently transferred to Winn Army Community Hospital for further care. There is currently no ongoing threat to the community," stated the fort.
Officials have confirmed that all victims are now in stable condition and are expected to recover from their injuries.
Located approximately 40 miles (64 kilometers) southwest of Savannah City, Fort Stewart stands as the largest Army installation east of the Mississippi River.
The FBI in Atlanta announced via social media that its Savannah office is collaborating with the Army Criminal Investigation Division as the situation remains under investigation.