ARTC Unveils Taiwan’s First Level 3 Autonomous Electric Bus, Showcasing Cross-Domain Innovation

As AI rapidly reshapes the global automotive landscape, the integration of intelligent technologies into vehicles has become a key driver of industry transformation. Taiwan’s Automotive Research & Testing Center (ARTC) has unveiled several groundbreaking developments, including Taiwan’s first Level 3 autonomous electric bus and a suite of intelligent vehicle technologies that meet international testing standards.

At a recent showcase, ARTC demonstrated its in-house R&D capabilities and cross-sector collaborations with the debut of innovative systems such as smart cabin monitoring, AI-powered server vibration and noise analysis, and electronic mirror systems. These technologies reflect the center’s efforts to align Taiwan’s automotive sector with global intelligent mobility trends.

ARTC Chairman Cheng-Chien Wang emphasized that advancements in vehicle electronics and AI are rapidly enhancing the functionality of smart vehicles. With strong backing from the Department of Industrial Technology under Taiwan’s Ministry of Economic Affairs, Taiwan’s automotive industry is evolving from conventional transportation solutions to intelligent, high-tech platforms. ARTC continues to invest in state-of-the-art labs and testing facilities to support the sector’s global competitiveness.

One highlight is the upcoming "All-Weather High-Speed Autonomous Vehicle Testing Track," slated to open in September. This facility is designed to simulate complex driving conditions—such as rain, fog, sunrise, sunset, and nighttime—in a 200-meter tunnel and elevated roadways. Vehicles will undergo high-speed (up to 110 km/h) real-world testing, including GPS signal obstruction scenarios for large buses navigating under bridges and highway ramps.

Through its three-pronged focus on testing & certification, technology development, and industry support, ARTC aims to enhance Taiwan’s vehicle and automotive electronics sectors. Its mission is to elevate domestic R&D and manufacturing capabilities to the international stage, attract global investment, and prepare the industry to meet the challenges of smart, sustainable, and tech-driven mobility.