Czech-based turnout manufacturer DT – Výhybkárna a Strojírna has completed the delivery of 14 turnouts and three crossings for the Istanbul metro network, according to Railway Gazette. The components are designated for both new line construction and the ongoing maintenance of existing infrastructure within the city.
The project involved two separate procurement contracts. The first was initiated by construction firm CFG Çelikler, which ordered 10 turnouts featuring manganese steel crossings specifically for the M14 metro line, a segment currently being developed to link Altunizade with Bosna Bulvarı. A second contract was executed directly with Istanbul’s municipal metro operator, covering four turnouts and three additional crossings. These units are equipped with explosion-hardened manganese-steel components and are intended to serve as strategic spare parts for use across the broader metropolitan rail network.
| Item | Quantity | Application | Destination |
|---|---|---|---|
| Turnouts | 10 | M14 Construction | Altunizade to Bosna Bulvarı |
| Turnouts | 4 | Network Maintenance | Istanbul Metro (General) |
| Crossings | 3 | Network Maintenance | Istanbul Metro (General) |
During a statement provided on July 28, DTVS CEO Marek Smolka noted that the company had previously supplied similar technology to the region eight years ago. Smolka emphasized that the firm’s reentry into the Turkish market underscores the high technical standards required for international transport projects, noting that successful delivery relies on precise workshop production and comprehensive pre-manufacturing analysis. Sales Director Dušan Kadlec added that the collaboration allows the manufacturer to integrate diverse technical standards and maintenance methodologies into their future product design cycles.
Why It Matters
This contract highlights the trend of international standardization in urban transit infrastructure. As cities like Istanbul expand their rail footprints, reliance on specialized, high-durability components from experienced manufacturers is necessary to ensure long-term system reliability. The use of explosion-hardened manganese steel demonstrates a shift toward more resilient infrastructure materials designed to lower the frequency of maintenance cycles. Such international partnerships also facilitate the exchange of technical best practices, which is vital for operators managing complex, multi-line rail systems that must integrate varying standards of hardware and signaling.
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