Skip to main content

Drivers need clarity on liability with automated vehicles, says FIA

FIA Region I recently presented the consumer view on liability and automated driving at the Driving Future platform, where it stressed the need to increase consumer confidence in driverless technologies by guaranteeing safety and swift compensation for traffic victims. FIA believes the transition to fully autonomous vehicles will take time, during which different levels of automation will coexist on our roads, creating challenges for the current insurance model. It says there must be differentiation
March 14, 2017 Read time: 2 mins
8054 FIA Region I recently presented the consumer view on liability and automated driving at the Driving Future platform, where it stressed the need to increase consumer confidence in driverless technologies by guaranteeing safety and swift compensation for traffic victims.

FIA believes the transition to fully autonomous vehicles will take time, during which different levels of automation will coexist on our roads, creating challenges for the current insurance model.

It says there must be differentiation between lower levels of automation and the higher levels of automation. Up to SAE level 2, driver interaction is required in some form and therefore drivers should remain liable, provided the systems are properly designed and the driver is aware of their function, limits and constraints. For higher levels of automation, drivers can be asked to take over only under certain circumstances. In those circumstances, the recording of a limited set of data will be needed to establish liability in case of an accident.

FIA Region I interim director general, Laurianne Krid, said: "Drivers need to be properly informed about upcoming automated systems and their responsibilities to make correct use of the technology as it is released. At higher automation levels, drivers expect to be able to engage in other tasks and should, in our view, not be held liable in case of accident or infringement. Limited data recording through a Data Storage Systems should help clarify liability in case of doubt.”

Related Content

  • June 29, 2021
    Can AV mapping rely on crowds?
    Mapping tech companies need to expand their data inputs beyond crowdsourcing in order to maintain temporally accurate maps at scale, says Ro Gupta at Carmera
  • March 19, 2015
    Car parking and parked cars need not be a technological black hole
    David Crawford mines the potential of joined-up parking. Drivers conventionally see parking as an isolated, often frustrating, action; but collectively their attempts to find a space impact hugely on traffic flows. But new analyses of parking events look set to deliver real benefits to motorists and cities alike. Initiatives getting under way around the world are highlighting the advantages of connecting up parking events and – eventually - parked cars. The hoped-for results include not only enhanced urban
  • July 17, 2015
    APA supports automated work zone speed enforcement
    A trade association representing the highway construction industry strongly supports automated enforcement of speed limits in work zones and Maryland's experience with a similarly designed program has had very good results, the association head has told a joint Pennsylvania House and Senate committee. According to PennDOT, 24 people were killed in work-zone crashes in 2014, eight more than in 2013. Additionally, there were 1,841 crashes in work zones last year, a slight decrease from the 1,851 crashes
  • February 3, 2012
    Developments in software visualisation packages
    Adrian Greeman looks at developments in software visualisation packages. The capacity to make visualisations has been growing in importance over the last decade, and is now a well-accepted part of consultations and client presentations. But making high-quality images of projects is still a major undertaking and larger consultancies employ specialist departments to do so. Costs are coming down but it can still take a while, and some high-capacity hardware, to produce realistic renderings from drawings and 3D