Queens Scooter Rider Killed After Hitting Pothole on Liberty Ave

"Water seeps into tiny cracks, then freezes and expands, slowly tearing the pavement apart. When that freeze-thaw cycle repeats and mixes with regular traffic pounding over the same spots, you get full-blown potholes by spring."

"A Federal Highway Administration study prepared with Purdue University lays out how those freeze-thaw cycles combined with traffic loads are major drivers of pothole formation, which helps explain why repair crews are often right behind police once crash scenes are cleared."

"Citywide numbers show overall traffic deaths have dipped in recent years, but e-bikes and stand-up scooters remain a stubborn trouble spot. Reporting by amNY notes that crashes involving e-bikes have ticked up even as total fatalities have fallen."

A fatal accident occurred when a 46-year-old man riding a stand-up motorized scooter struck a pothole on Liberty Avenue in Ozone Park, Queens, around 9:30 p.m. on March 9. The impact ejected him from the scooter, and he was transported to Jamaica Hospital where he was pronounced dead. Potholes form seasonally due to freeze-thaw cycles that expand water in pavement cracks, combined with traffic stress. Research from the Federal Highway Administration and Purdue University confirms these cycles are major pothole drivers. While overall traffic deaths have declined citywide, e-bikes and stand-up scooters remain problematic, with e-bike crashes increasing despite falling total fatalities. This incident demonstrates how single roadway defects pose significant risks to micromobility users.

Read at Hoodline