Vector Introduces Open Source Euro NCAP Tests

Vector Informatik, based in Germany, has recently introduced a significant update to its DYN4 tool, aimed at facilitating simulation tests for the Euro NCAP safety regulations. The latest release, Version 9 of Vector DYNA4, now includes a range of pre-configured virtual test scenarios specifically designed for braking and collision tests in line with the Euro NCAP 2023 standards, complete with automated evaluation capabilities.

One of the key highlights of this update is the full implementation of NCAP test manoeuvres using the ASAM standard OpenSCENARIO XML. These tests can be seamlessly executed within the DYNA4 simulator, providing users with a comprehensive and efficient testing environment. Moreover, Vector has made these pre-configured scenarios freely available for download on Github, further enhancing accessibility and collaboration within the automotive testing community.

Furthermore, the latest release of DYNA4 streamlines the integration of ASAM OSI, simplifying the process of connecting external sensors or Advanced Driver Assistance Systems (ADAS) driving functions. This enhancement not only improves the usability of the tool but also expands its capabilities in supporting a wider range of testing scenarios and configurations.

One of the notable features of DYNA4 R9 is its ability to automate simulation-based test drives for Euro NCAP autonomous emergency braking (AEB) and forward collision warning (FCW) tests, which are typically complex and resource-intensive when conducted on physical test sites. By leveraging the ASAM standards OpenDRIVE and OpenSCENARIO XML 1.3, the tool offers a comprehensive set of test scenarios, including collision scenarios involving Vulnerable Road Users (VRU) such as pedestrians and cyclists, as well as Car-to-Car (C2C) collision scenarios.

Moreover, Vector has made the standard-compliant OpenSCENARIO XML files freely accessible on Github, along with an automated Key Performance Indicator (KPI) computation feature for evaluating test results based on the NCAP assessment schema. With its flexible function integration and support for various development processes, DYNA4 R9 proves to be a versatile and efficient tool for automotive testing and validation.