Heavier vehicles are safer for their own occupants but more hazardous for the occupants of other vehicles. In this paper we estimate the increased probability of fatalities from being hit by a heavier vehicle in a collision. We show that, controlling for own-vehicle weight, being hit by a...

Measurement of seat belt and air bag effectiveness is complicated by the fact that systematic data are collected only for crashes in which a fatality occurs. These data suffer from sample selection since seat belt and air bag usage influences survival rates which in turn determine whether a...

This article studies a model of liability for automobile accidents in the coming world in which automobiles will be autonomous. In that world, travelers will not be drivers, rendering liability premised on driver fault irrelevant as a means of reducing accident dangers. Moreover, no other...

Drivers have been running an 'arms race' on American roads by buying increasingly heavy vehicles such as SUVs, vans and light trucks. Families view large vehicles as providing better protection to their own occupants if a crash occurs, but these vehicles pose an increased danger to occupants of...

The firm response to regulation is seldom as controversial as in the context of fuel economy standards, a dominant policy to reduce emissions from vehicles worldwide. It has long been argued that such standards lead to vehicle weight changes that increase accident fatalities. Using unconditional...

Using data from the Fatality Analysis Reporting System for the period 1983-1997, Cohen and Einav (Review of Economics and Statistics 2003; 85(4): 828-843) found that mandatory seatbelt laws were associated with a 4 to 6 percent reduction in traffic fatalities among motor vehicle occupants. After...