2025
ARTC has integrated technological research and development with testing and validation capabilities, collaborating closely with industry partners to advance the development of autonomous vehicles and automotive electronics. Its significant contributions to industrial upgrading have been recognized by SAE.
The “Stably Braking System and Method Using the Same” developed by ARTC was awarded the Silver Medal at the Ministry of Economic Affairs’ National Invention and Creation Award. This technology integrates ABS, hydraulic, and electronic control components to enhance braking stability and handling performance. It has successfully surpassed the technical thresholds set by international Tier 1 suppliers and has been adopted by domestic manufacturers, paving the way for expansion into global markets.
The Taiwan Automotive Research Consortium (TARC) Pavilion, organized by the Department of Industrial Technology (DoIT), Ministry of Economic Affairs, made a grand appearance at the 2035 E-Mobility Taiwan, Asia’s most influential mobility event, held from April 23 to 26, 2025. The exhibition featured collaborations between domestic research institutions and 28 companies, showcasing 18 innovative achievements in AI-driven and electrified mobility. A highlight of the pavilion was the "Level 3 AI Autonomous Driving and Cybersecurity Integration System," developed in collaboration with leading companies such as Elan Microelectronics, Otobrite, Cubtek, ASUS, DFI , Arcadyan, Chimei Motor Electronics, and Rotatech. This effort exemplifies Taiwan’s robust capabilities in integrating its smart automotive electronics industry chain and enhancing global competitiveness.
The Level 3 autonomous electric bus developed by ARTC was awarded the Bronze Prize at the 2025 Edison Awards, widely known as the “Oscars of Innovation.” The vehicle integrates advanced perception technologies, enabling autonomous obstacle avoidance and driver status monitoring, and is capable of taking over driving tasks in critical moments—significantly enhancing the safety of autonomous vehicles.
