Traffic Injury Prevention · 2004 · 111 citations · 11 references
Public HealthAutomotive EngineeringInjury PreventionRisk AnalysisRisk AssessmentVehicle Safety EngineeringMotor Vehicle Injury PreventionRoad SafetyTraffic Injury PreventionTraffic SafetyTransportation SafetyCrash Injury SeverityCrash Severity AnalysisElectronic Stability ControlMotor Vehicle Crash PreventionStability ControlVehicle Safety
Per vehicle crash involvement rates were compared for otherwise identical vehicle models with and without electronic stability control (ESC) systems. ESC was found to affect single-vehicle crashes to a greater extent than multiple-vehicle crashes, and crashes with fatal injuries to a greater extent than less severe crashes. Based on all police-reported crashes in 7 states over 2 years, ESC reduced single-vehicle crash involvement risk by approximately 41 percent (95 percent confidence limits 3348) and single-vehicle injury crash involvement risk by 41 percent (2752). This translates to an estimated 7 percent reduction in overall crash involvement risk (310) and a 9 percent reduction in overall injury crash involvement risk (314). Based on all fatal crashes in the United States over 3 years, ESC was found to have reduced single-vehicle fatal crash involvement risk by 56 percent (3968). This translates to an estimated 34 percent reduction in overall fatal crash involvement risk (2145).
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Jr. John B. Griffin · 1990 · 142 citations
Ward's 1976 automotive yearbook
Conservation & Recycling · 1977 · 74 citations
Engineering, Automotive Engineering, Transportation Engineering +2
Vehicle year and the risk of car crash injury
Stephanie Blows, Rebecca Ivers, Mark Woodward et al. · Injury Prevention · 2003 · 73 citations · Full text