In South Los Angeles, authorities have shared a new lead in a deadly mass shooting that shook the community earlier this year. Investigators say they are hoping the public can help identify a vehicle believed to be connected to the attack that killed two people and injured five others.
According to the Los Angeles County Sheriff’s Department, homicide detectives released a surveillance image showing a blue sedan from the early 2000s, possibly a Dodge Caliber, that was seen near the scene around the time of the shooting.
What Happened
The shooting occurred on the evening of January 31, 2025, at around 8 p.m. in the Athens Park area, near the 13200 block of Jarvis Avenue and 132nd Street.
Deputies responding to the scene found two men suffering from gunshot wounds. Both were transported to nearby hospitals but later died from their injuries.
As investigators continued their work, they discovered that five additional victims—four men and a boy—were also struck by gunfire. Thankfully, their injuries were described as non-life-threatening, and they received treatment at local hospitals.
Investigation Progress
Detectives say the case remains active, and the newly released image of the suspect vehicle could be a critical piece of evidence.
Officials believe someone may recognize the car or have information that could help identify those involved. The release of the image marks a renewed push to generate leads and move the investigation forward.
Call for Public Help
Authorities are urging anyone with information to come forward. Even small details could make a difference in solving the case and bringing closure to the victims’ families.
Anyone with relevant information is encouraged to contact homicide detectives directly through the sheriff’s department.
Community Impact
Incidents like this continue to leave lasting effects on neighborhoods across Los Angeles. While investigators work to find answers, families and residents are still coping with the aftermath of sudden violence.
Officials say community cooperation remains one of the most powerful tools in solving cases like this, and they are hopeful that this latest development will lead to a breakthrough.
