Author
Listed:
- Cooper, Douglas L.
- Duffy, Sarah
- Orrick, Phyllis
- Ragland, David R.
Abstract
Workplace motor vehicle incidents at Caltrans are a significant cause of injuries, employee lost time, and property damage. Because backing crashes are major contributors to motor vehicle incidents, identifying and promoting methods of reducing backing accidents is a top priority. According to internal Caltrans’ data, 92.3% of workplace backing crashes were preventable by the driver. Backing crashes are the single largest category of preventable crashes, representing 30% of preventable crashes in the Caltrans fleet. From 1998 through 2007, preventable backing crashes cost Caltrans at least $5.45 million in vehicle repairs alone. The Traffic Safety Center (TSC) at the University of California-Berkeley completed this study, which examines Caltrans crash data from the Safety Information Management System (SIMS) and identifies trends in backing-related crashes. The findings describe how these crashes are distributed across Caltrans sites, various work locations, and among vehicle types. This study also presents a summary of a literature review of technological solutions to backing crashes, a summary of results from a Caltrans backing prevention technology pilot, and an outline for a proposed Field Operational Test of promising backing technologies. Based on careful review of Caltrans data and backing incident counter-measures, the study evaluates current Caltrans safety policies relevant to backing crashes and offers recommendations for strengthening them.
Suggested Citation
Cooper, Douglas L. & Duffy, Sarah & Orrick, Phyllis & Ragland, David R., 2010.
"Develop Methods to Reduce or Prevent Backing Crashes,"
Institute of Transportation Studies, Research Reports, Working Papers, Proceedings
qt01c0s44j, Institute of Transportation Studies, UC Berkeley.
Handle:
RePEc:cdl:itsrrp:qt01c0s44j
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