A Florida man was arrested after video captured him launching mortar-style fireworks at passing vehicles on Interstate 95 [1].

The incident highlights the severe public safety risks associated with illegal pyrotechnics on high-speed thoroughfares, where a single distraction or impact can cause multi-car collisions.

The events occurred on July 4, 2026 [1], in St. Johns County, Florida [2]. According to reports, the individual was captured on camera launching the fireworks from the passenger window of a moving vehicle [2]. The footage, recorded by a police helicopter, showed the projectiles narrowly missing other motorists on the highway [2].

Authorities intervened after the aerial footage documented the dangerous behavior. While some reports identify the suspect as a passenger [2], other accounts note that the man denied shooting fireworks from his vehicle [3]. Despite these contradictions regarding his role in the car, the evidence led to his arrest for endangering traffic [2].

St. Johns County officials said the act was illegal and dangerous. The use of mortar-style fireworks, which are designed to launch high into the air, creates unpredictable trajectories when fired from a moving car. This unpredictability increases the likelihood of striking other vehicles or causing drivers to swerve into other lanes [2].

Law enforcement agencies in Florida have increased monitoring during holiday weekends to curb similar reckless behaviors. The use of helicopter surveillance proved critical in this instance, providing the direct evidence needed to identify and apprehend the suspect [4].

“The footage, recorded by a police helicopter, showed the projectiles narrowly missing other motorists on the highway.”

This arrest underscores the increasing reliance on aerial surveillance to combat reckless driving and public endangerment. By utilizing helicopter footage to secure an arrest, law enforcement demonstrates a shift toward using real-time forensic evidence to overcome suspect denials and contradictory eyewitness accounts in high-speed traffic incidents.