Skip to main content

Autoliv joins OSCCAR future automotive safety project

Automotive safety systems company Autoliv has joined safety initiative OSCCAR, part of the European Union’s Horizon 2020 research project. OSCCAR (Occupant Safety for Crashes in Cars) also includes partners such as Toyota, Siemens and various academic institutions. Autoliv says it will help develop harmonised methods and tools for vehicle restraint systems which could feature in automated vehicles. Cecilia Sunnevång, vice president, research at Autoliv, says the project will provide information on
July 24, 2018 Read time: 1 min
Automotive safety systems company 4171 Autoliv has joined safety initiative OSCCAR, part of the European Union’s Horizon 2020 research project.


OSCCAR (Occupant Safety for Crashes in Cars) also includes partners such as 1686 Toyota, 189 Siemens and various academic institutions.

Autoliv says it will help develop harmonised methods and tools for vehicle restraint systems which could feature in automated vehicles.

Cecilia Sunnevång, vice president, research at Autoliv, says the project will provide information on understanding future accident scenarios and how to provide the best restraint systems for interiors and seating positions for occupants.

“The project will provide input to regulation and consumer tests on how future occupant protection can be assessed by including tools such as crash test dummies and human body models, and risk functions,” Sunnevång adds.

Additionally, guiding principles and concepts for occupant protection will be developed and assessed by using harmonised human body models.

Related Content

  • October 6, 2016
    Australia launches self-driving vehicle pilot
    The Victorian Government in Australia has partnered with Bosch, the Transport Accident Commission and VicRoads to build the first vehicle developed in Australia with self-driving capabilities. The US$900,000 (AU$1.2 million) investment has helped Bosch develop the self-driving vehicle, which has been designed to navigate roads with or without driver input and includes technology such as inbuilt sensors and cameras to detect and avoid hazards such as pedestrians, cyclists and other vehicles. Trials of
  • August 29, 2019
    Tech advances create MaaS without compromise
    Advances in technology make it possible for authorities to compile and maintain MaaS platforms cheaply - and without relinquishing control to third parties. Colin Sowman finds out more… It is increasingly clear that local authorities’ reluctance to implement Mobility as a Service (MaaS) is based on politics and finance. However, the technology underpinning MaaS is evolving rapidly and is presenting new solutions. At its heart, the political resistance comes down to the divide between the ethos of public
  • March 26, 2020
    Driverless Russia: Look – no hands!
    Russia is betting on the importance of driverless cars as the country’s transport system develops in the years to come.
  • November 10, 2017
    Demonstration zone launched to develop connected and automated vehicles, Canada
    A new autonomous vehicle (AV) demonstration zone has launched to allow researchers to hone the technology and test AVs in a range of everyday, real-life traffic scenarios in Ontario, Canada. Called the Autonomous Vehicle Innovation Network (AVIN), the Canadian government has invested $80 million (£61 million) over a five-year period in support of the project.