Driving to a future without accidents? Connected automated vehicles’ impact on accident frequency and motor insurance risk

Fabian Pütz (), Finbarr Murphy () and Martin Mullins
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Fabian Pütz: University of Limerick
Finbarr Murphy: University of Limerick
Martin Mullins: University of Limerick

Environment Systems and Decisions, 2019, vol. 39, issue 4, 383-395

Abstract: Abstract Road traffic accidents are largely driven by human error; therefore, the development of connected automated vehicles (CAV) is expected to significantly reduce accident risk. However, these changes are by no means proven and linear as different levels of automation show risk-related idiosyncrasies. A lack of empirical data aggravates the transparent evaluation of risk arising from CAVs with higher levels of automation capability. Nevertheless, it is likely that the risks associated with CAV will profoundly reshape the risk profile of the global motor insurance industry. This paper conducts a deep qualitative analysis of the impact of progressive vehicle automation and interconnectedness on the risks covered under motor third-party and comprehensive insurance policies. This analysis is enhanced by an assessment of potential emerging risks such as the risk of cyber-attacks. We find that, in particular, primary insurers focusing on private retail motor insurance face significant strategic risks to their business model. The results of this analysis are not only relevant for insurance but also from a regulatory perspective as we find a symbiotic relationship between an insurance-related assessment and a comprehensive evaluation of CAV’s inherent societal costs.

Keywords: Connected automated vehicles; Automated driving accident risk; Motor insurance (search for similar items in EconPapers)
Date: 2019
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DOI: 10.1007/s10669-019-09739-x

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