First CITA ADAS TaskForce Face-to-Face Meeting
On the 4th and 5th of November 2024, members of the CITA ADAS Task Force convened for a first face-to-face meeting aimed at advancing methods for testing Advanced Driver Assistance Systems (ADAS) within the framework of vehicle technical inspections (PTI). The event gathered experts from CITA Members' organizations, including TÜV, ÖAMTC, FSD, MAHA, UTAC, RDW, AVL, HELLA, GTÜ, KÜS, KOTSA, DÜRR, and DEKRA, each bringing valuable insights into the evolving landscape of ADAS system evaluations.
The two-day event was held across two locations in Germany. The first day was hosted at the KÜS-Bundesgeschäftsstelle in Losheim am See, providing an ideal setting for practical demonstrations and collaborative discussions. On the second day, participants gathered at Dürr Assembly Products GmbH in Püttlingen, where they explored advanced testing platforms specifically tailored to ADAS systems.
With ADAS features becoming standard in modern vehicles, ensuring the functionality and accuracy of these systems through regular inspections has become a critical safety concern. The primary objective of this meeting was to present and discuss solutions for integrating ADAS checks within PTI processes, ensuring that these advanced systems remain effective and reliable over the vehicle's lifecycle.
Throughout the two days, participants were exposed to cutting-edge technologies and research that showcase the potential of ADAS testing within technical inspections. Each presentation offered a unique perspective on practical applications, existing implementations, and future directions for ADAS evaluation in PTI.
Day 1: Losheim am See
KÜS Drive Research Project: The KÜS team led a live demonstration of their ADAS system evaluation test bench, showcasing how it could seamlessly integrate with current PTI evaluations. This adaptable solution underscores the feasibility of implementing ADAS checks without overhauling existing inspection infrastructures.
DEKRA & GTÜ Inspection for Sensors: Representatives from DEKRA and GTÜ demonstrated a front radar sensor inspection model, currently part of lighting inspections in some PTI centers. This model highlights the potential of adapting existing tools and processes to verify ADAS components without excessive cost or complexity.
KOTSA Integrated Inspection Platform: KOTSA presented their Integrated Inspection Systems approach, currently in use in South Korea, where ADAS inspections are embedded within PTI activities. This system demonstrates a comprehensive model for integrating ADAS checks into the vehicle inspection process, offering a glimpse into scalable solutions applicable worldwide.
Day 2: Püttlingen
DÜRR Test Bench: DÜRR facilitated another live demonstration of their ADAS evaluation test bench, showing its compatibility with current PTI processes. The DÜRR solution emphasizes efficiency, making ADAS testing feasible as an addition to standard PTI checks.
FSD Charter 2030 Project: The FSD team shared insights from their Charter 2030 initiative, a forward-looking project aimed at defining the long-term goals of PTI. This presentation helped underline the future vision for ADAS verification within technical inspections.
MAHA ADAS Testing Project – Today & Tomorrow: MAHA presented their ADAS testing project, which addresses both present and future needs for ADAS system evaluation within PTI. Their approach balances current requirements with the evolving complexity of ADAS features, offering a versatile model for future-ready inspections.
The collaborative discussions and demonstrations during the meeting solidified the CITA Task Force's commitment to making ADAS testing an integral part of vehicle inspections. By evaluating solutions that are adaptable, scalable, and effective, CITA and its Members are paving the way for regulatory standards that will ensure ADAS reliability, ultimately contributing to safer roads worldwide. CITA looks forward to continuing this momentum, working with global partners and regulatory bodies to bring these essential solutions to fruition.