Restock Alert Fleischmann N 7570028 Electric Locomotive Eu46- 522 Pkp Cargo Era Vi Dc 2024 New Item With A 75% Price Cut [bj0HuAoM]

Fleischmann Electric Locomotive EU46-522 PKP Cargo

The Fleischmann N 7570028 Electric Locomotive EU46-522 PKP Cargo is a meticulously crafted model that brings the dynamic world of European railroading to life. This sleek and modern locomotive, designed for the era VI DC 2024, is a perfect addition to any model railway enthusiast's collection. With its authentic blue PKP Cargo design, this locomotive stands out and captures the essence of international freight transport.

• Current PKP Cargo design
• Use in international freight transport
• Finely detailed model with four pantographs

Unmatched Detail and Functionality

The Fleischmann N 7570028 Electric Locomotive EU46-522 is not just a visually appealing model; it is also packed with functionality. This locomotive boasts a switchable high beam and individually switchable headlight or tail light in digital mode, ensuring that it stands out in any setting. The addition of a digital decoder and an electrical interface for traction units Next18 allows for seamless integration into advanced digital model railway systems.

• With switchable high beam and individually switchable lights
• Equipped with a digital decoder and electrical interface for Next18 compatibility

Reliability and Approval for Multiple Countries

In 2022/23, PKP Cargo received five more Vectron MS locomotives, including this Fleischmann model. Unlike previous grey-painted locomotives, these blue designs are approved for operation in Poland, Germany, Austria, Czech Republic, Slovakia, and Hungary. This not only showcases the locomotive's versatility but also its reliability in international freight transport. With a minimum radius of 192 mm and traction tyres for optimal performance, this locomotive is built to last.

• Approved for Poland, Germany, Austria, Czech Republic, Slovakia, and Hungary
• Equipped with a NEM shaft 355 with close coupling mechanism for enhanced stability