Russia’s High-Speed Rail Expansion: 13 More Velaro RUS Trains

Russian Railways’ €1.1 billion investment in 13 more Velaro RUS high-speed trains boosts capacity on the Moscow-St. Petersburg route. Discover how this strengthens their high-speed rail network!

Russia’s High-Speed Rail Expansion: 13 More Velaro RUS Trains
June 17, 2019 8:35 pm



Russian Railways’ Continued Investment in High-Speed Rail: The Velaro RUS Order

This article analyzes the significant €1.1 billion order placed by Russian Railways (RZD) with Siemens Mobility and Ural Locomotives for 13 additional Velaro RUS high-speed trains. This acquisition represents a substantial commitment to expanding Russia’s high-speed rail network and underscores the ongoing success and reliability of the Velaro platform in the challenging Russian operating environment. The order builds upon previous collaborations between RZD and Siemens, highlighting a long-standing partnership focused on delivering advanced rail technology and enhancing passenger transportation across Russia. We will examine the strategic implications of this procurement, focusing on the technological aspects of the Velaro RUS trains, their operational significance for the Moscow-St. Petersburg route, the economic impact of the order, and the broader context of Russia’s investment in high-speed rail infrastructure. Finally, we will consider the long-term implications for both RZD and Siemens Mobility, and the wider global high-speed rail market.

The Velaro RUS: A Proven Technology for Extreme Conditions

The Velaro RUS, known domestically as the Sapsan, is a modified version of Siemens’ successful Velaro platform, specifically engineered to withstand Russia’s extreme climatic conditions. This adaptation showcases the adaptability of the base design, proving its viability in diverse geographical and meteorological settings. The trains are designed to operate reliably across a wide temperature range, a crucial factor considering Russia’s vast and geographically varied territory. Their ability to perform consistently under these demanding conditions is a testament to the robust engineering and rigorous testing involved in their development. The inclusion of advanced climate control systems and robust materials ensures passenger comfort and operational efficiency even in extreme heat or cold.

Expanding Capacity on the Moscow-St. Petersburg Corridor

The deployment of these additional Velaro RUS trains on the Moscow-St. Petersburg route will significantly enhance passenger capacity on this already vital corridor. The 650km route is a critical link connecting Russia’s two largest cities, and high-speed rail service has proven extremely popular. Increased capacity will allow RZD to address growing passenger demand, improve service reliability and reduce journey times. The addition of 13 new trainsets will not only alleviate overcrowding but also improve the overall efficiency and profitability of this key route. This illustrates RZD’s commitment to modernizing its infrastructure and providing a reliable, high-quality passenger experience.

Economic Impact and Strategic Partnership

The €1.1 billion investment represents a significant economic stimulus, benefiting both Siemens and the Russian economy. The contract not only provides RZD with cutting-edge rolling stock but also supports job creation within Russia through the joint venture with Ural Locomotives. This collaboration demonstrates a successful model of technology transfer and local manufacturing, contributing to the development of Russia’s domestic rail industry. The 30-year maintenance contract further ensures long-term economic benefits for Siemens Mobility and provides RZD with predictable maintenance costs and operational reliability. This long-term commitment underscores the strength of the partnership and the mutual benefits derived from it.

Long-Term Implications and Future of High-Speed Rail in Russia

This order confirms RZD’s continued commitment to expanding its high-speed rail network. The successful operation of the existing Velaro RUS fleet and the substantial investment in additional trains signal a belief in the long-term viability and profitability of high-speed rail in Russia. Furthermore, the collaboration between RZD and Siemens is a model for future international partnerships in the rail sector. The project demonstrates the potential for advanced technology transfer and the development of robust, locally-adapted solutions for diverse geographical and operational challenges. The success of this partnership could inspire similar collaborations in other regions of the world facing similar infrastructure development challenges.

Conclusions

The recent order of 13 Velaro RUS high-speed trains by Russian Railways (RZD) represents a significant milestone in the development of Russia’s high-speed rail infrastructure. This substantial investment, building upon previous successful collaborations with Siemens Mobility, underlines the proven reliability and suitability of the Velaro platform for the challenging Russian operational environment. The increased passenger capacity on the Moscow-St. Petersburg route, a critical link between Russia’s two largest cities, will directly benefit commuters and contribute to economic growth. Beyond the immediate benefits, the long-term implications are significant. The order showcases a successful model of international collaboration, promoting technology transfer, local manufacturing, and job creation within Russia. The 30-year maintenance contract ensures long-term operational reliability and economic sustainability. Looking ahead, this project serves as a blueprint for future high-speed rail development in Russia and could potentially inspire similar ventures globally, demonstrating the viability of high-speed rail solutions tailored to diverse geographical and climatic conditions. The continued success of the Velaro RUS fleet will undoubtedly play a key role in shaping the future of high-speed rail in Russia and beyond. RZD’s commitment to this technology signals a strong belief in the long-term potential of this mode of transportation for economic development and improved connectivity across the country.