
Dayton, Ohio – In a coordinated operation on July 25, 2025, law enforcement officers safely arrested a suspect linked to a violent incident that had caused widespread concern across the community. The Southern Ohio Fugitive Apprehension Strike Team (SOFAST), alongside the Violent Offender Unit and supporting agencies, apprehended the individual at a residence on Victor Avenue. The arrest follows an active investigation into a brutal dog attack that occurred earlier in the month.
Ongoing Investigation into July 11 Attack
AAuthorities have been pursuing leads in a felonious assault case related to a disturbing incident that occurred on July 11. DDuring the attack, two dogs severely injured a victim. The violent encounter was captured on video and quickly circulated, sparking alarm among residents and prompting a swift response from investigators.
The suspect reportedly ignored repeated verbal commands from officers during the July 25 operation. As a result, authorities entered the Victor Avenue residence and secured the individual without further conflict. According to officials, “After repeated commands were ignored, officers safely entered the residence and took the suspect into custody without further incident.”
In addition to the arrest, law enforcement seized the two dogs involved in the attack. They were transferred to the Montgomery County Animal Resource Center for evaluation and custody.
Authorities Praise Community and Collaboration
While the case remains under active investigation, authorities expressed appreciation for the community’s cooperation and patience during the operation. “We appreciate the community’s patience during this operation and commend the teamwork of all involved in ensuring a safe resolution,” a statement read.
As the investigation progresses, officials encourage anyone with additional information to come forward. The collaborative law enforcement effort highlights the seriousness of violent incidents involving animals and the continued commitment to public safety throughout the region.