As ride‑hailing rebounds after pandemic‑era slowdowns, city officials and transportation researchers continue to ask a simple question: are rideshare‑related crashes on the rise? The answer remains elusive because no single, comprehensive national data set exists.
What the data does show
The Government Accountability Office noted in a 2024 report that ridesourcing helps meet transportation needs across the United States, yet policymakers and advocacy groups have long voiced safety concerns. A working paper from the National Bureau of Economic Research published in February 2020 linked the arrival of ride‑hailing services in U.S. cities to roughly a 3% increase in traffic fatalities, affecting drivers, passengers, pedestrians and cyclists.
The study also found that rideshare growth correlates with higher vehicle miles traveled, greater congestion, more traffic delay, increased gasoline consumption and a surge in new car registrations. Importantly, the research did not find clear evidence that rideshare reduced drunk‑driving‑related fatal crashes enough to offset these added risks.
City‑level reporting challenges
New York City provides one of the most detailed public views of crashes involving for‑hire vehicles, but its Taxi and Limousine Commission (TLC) data do not isolate Uber or Lyft crashes. The TLC’s Local Law 31 reports cover all TLC‑licensed vehicles—including black cars, liveries, taxis and other for‑hire services—making it difficult to separate app‑based rideshare incidents from the broader fleet.
In January 2019 the TLC recorded 3,967 crashes involving licensed vehicles; black cars accounted for 3,183 of those. By January 2024, black‑car crashes fell to 803, reflecting market shifts during and after COVID‑19. While these figures illustrate the scale of New York’s for‑hire market, they do not provide a clean measure of rideshare safety.
Chicago’s public passenger‑vehicle report relies on Uber and Lyft data for its study period. The city noted a 344% increase in vehicle miles traveled by transportation‑network providers from 2015 to 2018, and a 271% rise in rideshare use by 2019. Though Chicago does not publish a yearly rideshare crash count, the rapid growth underscores why dense urban corridors remain central to traffic‑safety discussions.
Mixed findings from research studies
A 2017 analysis of four cities—Las Vegas, Reno, Portland and San Antonio—examined weekly injury crashes around Uber’s launch, suspension and return. The results varied: Portland saw a 61.8% drop in alcohol‑involved injury crashes after Uber resumed service, while Reno showed no change. The study found no overall reduction in total injury or serious crashes.
Conversely, a separate New York study using trip‑level data linked each additional 100 rideshare trip origins within a taxi‑zone hour to a 4.6% higher odds of any injury crash in that zone‑hour. The increase applied to motorist and pedestrian injuries, but not cyclist injuries.
Data gaps and the road ahead
Nationally, the lack of consistent reporting hampers a clear leaderboard of post‑2019 rideshare crash trends. The California Public Utilities Commission reported that annual Transportation Network Company reports for 2021‑2024 were suspended, and earlier reports were delayed, leaving a major transparency gap in one of the country’s largest rideshare markets.
The National Highway Traffic Safety Administration estimated 39,345 traffic deaths in 2024—a 3.8% decline from 2023 and the first year since 2020 that fatalities fell below 40,000. Even with this improvement, officials stress that understanding how modern traffic patterns—curbside pickups, distracted driving, deadheading and denser for‑hire traffic—affect risk remains a critical challenge for cities.
For now, the clearest takeaway is that crash transparency varies widely. New York offers the most visible public reporting, Chicago provides substantial ride‑hail operating data, and California acknowledges reporting delays. Researchers continue to find that rideshare’s safety effects are not uniform: some markets see reductions in alcohol‑related crashes, while others experience higher crash exposure in busy pickup zones.
As municipalities debate curb management, congestion policy and traffic‑safety enforcement, the demand for clearer local crash data is likely to grow. Without more transparent reporting, one of the nation’s most common transportation habits will remain difficult to measure accurately.
Original reporting: KTVZ (Central Oregon) — read the source article.
