Frauscher Sensor Technology has announced its entry into the South Korean railway market through a significant partnership for the Daejeon Tram Project, marking the Austrian company’s first venture in the country. The collaboration involves MTECHIN, Frauscher’s local partner, which has secured an order from Hyundai Rotem to supply advanced track vacancy detection technology for the groundbreaking transit initiative.
The partnership was formalized on September 2, 2025, when representatives from Hyundai Rotem, MtechIN, and Frauscher met in Seoul to sign a memorandum of understanding. This agreement establishes a comprehensive framework for future cooperation between the companies. Mayank Tripathi, Chief Sales Officer of Frauscher Sensor Technology, expressed confidence in the collaboration, highlighting how the company’s FAdC Axle Counter and FSE Software Protocol combination would simplify both new installations and future system extensions.
The Daejeon Tram Project represents a pioneering advancement in sustainable urban transportation, as it will introduce South Korea’s first hydrogen-powered trams. Designed and manufactured by Hyundai Rotem, the circular light rail system will span 38.8 kilometers and include 45 stops throughout Daejeon, significantly improving urban mobility in the city. Hyundai Rotem will also provide its proprietary signaling system, featuring the innovative S-DATP on-board solution.
Central to the project is Frauscher’s globally proven Frauscher Advanced Counter FAdC®, which will be deployed alongside the Frauscher Wheel Sensor RSR180. This sensor technology is recognized for its robustness, precision, and reliability across international railway markets, including established deployments in India and the Americas. A notable technical milestone in the project involves the first integration of Frauscher’s Safe Ethernet interface with Hyundai Rotem’s interlocking system, ensuring seamless communication and efficient implementation across the network.
The Daejeon Tram system is scheduled to begin operations in 2028. For Frauscher, participation in this milestone project represents both a strategic entry point into the South Korean market and a foundation for expanding sustainable mobility solutions globally. The company specializes in delivering train detection and wayside object control solutions, combining industry-leading field elements, software, connectivity, and data transmission capabilities with comprehensive lifecycle services to ensure operational reliability and maximize network safety, efficiency, and capacity.
This partnership demonstrates the growing international demand for advanced railway technology solutions and highlights the increasing focus on sustainable transportation infrastructure in major Asian markets. The successful implementation of hydrogen-powered trams in Daejeon could serve as a model for similar projects throughout the region, potentially opening additional opportunities for technological collaboration between Austrian and South Korean companies in the transportation sector.
