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Nuremberg U-Bahn
The Nuremberg U-Bahn is a rapid transit system in Nuremberg and Fürth, Bavaria. It is operated by Verkehrs-Aktiengesellschaft Nürnberg (VAG; Nuremberg Transport Corporation), which itself is a member of the Verkehrsverbund Großraum Nürnberg (VGN; Greater Nuremberg Transport Network). The Nuremberg U-Bahn is Germany's newest metro system, having begun operation in 1972, although the Nuremberg-Fürth route (U1) uses part of the right of way of the Bavarian Ludwig Railway, Germany's first passenger railway opened in 1835. The current network of the U-Bahn is composed of three lines, serving 49 stations, and comprising 38.2 kilometres (23.7 mi) of operational route, making it the shortest of the four metro systems in Germany, behind Berlin, Hamburg and Munich.
In 2008, driverless and fully automated trains were introduced on the new U3 line, making it Germany's first automatic U-Bahn line. U2 was converted to driverless operation by 2010, the first such conversion anywhere in the world.
Plans for a metro in Nuremberg go back to 1925, when Nuremberg graduate engineer Oscar Freytag spoke out in favor of building a metro under Fürther Straße. His proposal was not to replace the parallel tram but rather to complement it with a faster connection. In addition, the proposed subway should be extended over the Plärrer along the Frauentorgraben to Nuremberg Central Station. At that time, however, the project never got beyond ideas and talks because of the high technical complexity and the costs. The first real forerunners of a metro came in 1938 during the Nazi era, when the tram routes were buried under Allersberger Straße and Bayernstraße. These facilities, still in existence but no longer used for passenger service, were built to not disturb the tram by the deployment columns of the SS barracks and the masses of visitors of the rallies held on the adjacent Nazi party rally grounds in their operations.
Only after the Second World War and with the onset of the economic miracle and the increasing motorization of the population were new plans for an "underground tram" ("Unterpflasterstraßenbahn" – "sub pavement tram" in German) set up. The suggestion of the Ulm professor Max-Erich Feuchtinger to move the tram between Plärrer and main station under the earth, was rejected by the Nuremberg city council on 19 March 1958. In 1962, the city council commissioned the Stuttgart traffic scientist Professor Walther Lambert to prepare an opinion on the future of Nuremberg public transport. The "Lambert report" with the recommendation to build an underground tram was published in 1963, and so the city council voted on 24 April 1963 to go ahead and build such a system with the option of a later conversion to full metro. This would've been in line with contemporary Stadtbahn projects in Stuttgart, Hannover or the Ruhr area.
On 24 November 1965 the city council reversed its decision of 1963 and decided to build a classic metro. This was preceded by a personal statement by Hans von Hanffstengel, head of the Nuremberg city planning office, on the opinion of Professor Lambert. Hanffstengel spoke out against the "temporary" solution of an underground tram and demanded the direct construction of a full underground. He was supported indirectly by the federal government, which offered a participation in the construction costs of 50%, and the then Bavarian Prime Minister Alfons Goppel, who assured the financial equality of the Nuremberg metro plans with those of the state capital. Other reasons brought forth at the time were the claimed necessity to close the entire line during a conversion (from underground tram to metro) for a period of several years.
Initial considerations for a metro network already existed after the City Council decision of 1965, but concrete Grundnetz (starting or basic network) planning began only in the late 1960s after the adoption of the land-use plan of 1969. The first metro axis (what is now U1) was at this time already under construction and thus included in all variants. It was to connect the newly emerging satellite town of Langwasser via the main station, the old town and the Plärrer with Fürth and follows essentially the former tram line 1. Important goals for the other lines were the connection of the destinations airport, Meistersingerhalle, Municipal Hospital (today: Klinikum Nord ) and Tiergarten, covering as much of the urban area with as few stops as possible and the easy possibility to extend the base network into new urban development zones. All these considerations eventually led to a large number of network proposals, of which the models P, Q, R and S most closely approximated the specifications.
In the model "P" all lines connect at the main railway station as a central hub, which brings the advantage of offering easy connections between all modes of transport (U-Bahn, S-Bahn, long-distance trains and Buses at the ZOB). The main drawbacks would be a potential overburdening of the single interchange station (compare Châtelet–Les Halles in Paris) and the difficulty of tunneling in several levels (for the various lines) near the center of the historic old town. Further problems were identified with the Hauptbahnhof-Plärrer main trunk line. The lines would be as follows:
The "Q" model is based on a new settlement axis between Nuremberg and Fürth along the Willstraße and new road tangents to be served by the U3 line. Positive effects are attributed to this network model for the development of the new settlement axis, negative could be the transfer links from the U3 to the city center and the supply of defective trains to the depots. The line network would look like this:
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Nuremberg U-Bahn
The Nuremberg U-Bahn is a rapid transit system in Nuremberg and Fürth, Bavaria. It is operated by Verkehrs-Aktiengesellschaft Nürnberg (VAG; Nuremberg Transport Corporation), which itself is a member of the Verkehrsverbund Großraum Nürnberg (VGN; Greater Nuremberg Transport Network). The Nuremberg U-Bahn is Germany's newest metro system, having begun operation in 1972, although the Nuremberg-Fürth route (U1) uses part of the right of way of the Bavarian Ludwig Railway, Germany's first passenger railway opened in 1835. The current network of the U-Bahn is composed of three lines, serving 49 stations, and comprising 38.2 kilometres (23.7 mi) of operational route, making it the shortest of the four metro systems in Germany, behind Berlin, Hamburg and Munich.
In 2008, driverless and fully automated trains were introduced on the new U3 line, making it Germany's first automatic U-Bahn line. U2 was converted to driverless operation by 2010, the first such conversion anywhere in the world.
Plans for a metro in Nuremberg go back to 1925, when Nuremberg graduate engineer Oscar Freytag spoke out in favor of building a metro under Fürther Straße. His proposal was not to replace the parallel tram but rather to complement it with a faster connection. In addition, the proposed subway should be extended over the Plärrer along the Frauentorgraben to Nuremberg Central Station. At that time, however, the project never got beyond ideas and talks because of the high technical complexity and the costs. The first real forerunners of a metro came in 1938 during the Nazi era, when the tram routes were buried under Allersberger Straße and Bayernstraße. These facilities, still in existence but no longer used for passenger service, were built to not disturb the tram by the deployment columns of the SS barracks and the masses of visitors of the rallies held on the adjacent Nazi party rally grounds in their operations.
Only after the Second World War and with the onset of the economic miracle and the increasing motorization of the population were new plans for an "underground tram" ("Unterpflasterstraßenbahn" – "sub pavement tram" in German) set up. The suggestion of the Ulm professor Max-Erich Feuchtinger to move the tram between Plärrer and main station under the earth, was rejected by the Nuremberg city council on 19 March 1958. In 1962, the city council commissioned the Stuttgart traffic scientist Professor Walther Lambert to prepare an opinion on the future of Nuremberg public transport. The "Lambert report" with the recommendation to build an underground tram was published in 1963, and so the city council voted on 24 April 1963 to go ahead and build such a system with the option of a later conversion to full metro. This would've been in line with contemporary Stadtbahn projects in Stuttgart, Hannover or the Ruhr area.
On 24 November 1965 the city council reversed its decision of 1963 and decided to build a classic metro. This was preceded by a personal statement by Hans von Hanffstengel, head of the Nuremberg city planning office, on the opinion of Professor Lambert. Hanffstengel spoke out against the "temporary" solution of an underground tram and demanded the direct construction of a full underground. He was supported indirectly by the federal government, which offered a participation in the construction costs of 50%, and the then Bavarian Prime Minister Alfons Goppel, who assured the financial equality of the Nuremberg metro plans with those of the state capital. Other reasons brought forth at the time were the claimed necessity to close the entire line during a conversion (from underground tram to metro) for a period of several years.
Initial considerations for a metro network already existed after the City Council decision of 1965, but concrete Grundnetz (starting or basic network) planning began only in the late 1960s after the adoption of the land-use plan of 1969. The first metro axis (what is now U1) was at this time already under construction and thus included in all variants. It was to connect the newly emerging satellite town of Langwasser via the main station, the old town and the Plärrer with Fürth and follows essentially the former tram line 1. Important goals for the other lines were the connection of the destinations airport, Meistersingerhalle, Municipal Hospital (today: Klinikum Nord ) and Tiergarten, covering as much of the urban area with as few stops as possible and the easy possibility to extend the base network into new urban development zones. All these considerations eventually led to a large number of network proposals, of which the models P, Q, R and S most closely approximated the specifications.
In the model "P" all lines connect at the main railway station as a central hub, which brings the advantage of offering easy connections between all modes of transport (U-Bahn, S-Bahn, long-distance trains and Buses at the ZOB). The main drawbacks would be a potential overburdening of the single interchange station (compare Châtelet–Les Halles in Paris) and the difficulty of tunneling in several levels (for the various lines) near the center of the historic old town. Further problems were identified with the Hauptbahnhof-Plärrer main trunk line. The lines would be as follows:
The "Q" model is based on a new settlement axis between Nuremberg and Fürth along the Willstraße and new road tangents to be served by the U3 line. Positive effects are attributed to this network model for the development of the new settlement axis, negative could be the transfer links from the U3 to the city center and the supply of defective trains to the depots. The line network would look like this: