Overview
ABSTRACT
This article deals with the more complex than expected implementation of aerial cable transportation systems in French and European cities. Aerial ropeways are characterized by a wide variety of configurations, enabling a vast range of services to be provided. Their hourly capacities can be equivalent to those of BRTs or even streetcars. Only the length of the lines (combined with the number of changes of direction on the route) can be a handicap, as peak speeds are slightly lower. However, for a variety of reasons, such as underestimation of the cost of adapting to the urban environment, or fears of visual or noise pollution, this more flexible mode is still struggling to win people over.
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Read the articleAUTHOR
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Pierre ZEMBRI: Professor at the Paris School of Urban Planning - Laboratoire Ville, Mobilité, Transport (LVMT), Université Gustave Eiffel, École des Ponts, Champs-sur-Marne, France
INTRODUCTION
Since the early 2000s, there has been a real craze for cable-based urban public passenger transport systems, with growing interest from conurbations of all sizes. The advantages put forward include: proven and reliable technical systems, ease of implementation due to less stringent siting constraints than for a ground-based system, and more manageable costs.
While we can point to a number of emblematic sites in France and abroad, such as Brest, Saint-Denis de la Réunion, Toulouse, Hong Kong, Santo Domingo and, above all, Medellin in Colombia, the first high-profile reference, it is difficult to discern a volume of achievements commensurate with the stated ambitions. Those involved in the sector are unanimous in pointing to a variety of obstacles, both on the part of certain elected officials and, above all, local authority technicians, as well as potential local residents.
The abandonment of projects in Orléans, Grenoble, Lyon and the Île-de-France region (where some 15 projects were identified in the 2010s) raises the question of the conditions for transposing transport systems used primarily in natural environments (mountains in particular) and for tourist travel into urban environments. Is it as easy as the promoters of teleported systems claim? Is it as economical as anticipated? Without claiming to be exhaustive, this article aims to list the difficulties encountered and to propose more in-depth reflection on certain points currently considered to be blocking the way.
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KEYWORDS
aerial ropeways | implementation | acceptability | co-visibility
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Aerial cable transportation in cities: relevance and implementation issues
Bibliography
Standards and norms
STRMTG, Remontées mécaniques RM1; Exploitation, modification et maintenance des téléphériques, version 4 of December 22, 2017.
Regulations
Arrêté du 23 mai 2003 relatif aux dossiers de sécurité des systèmes de transport guidés public urbains, JORF n° 132 du 8 juin 2003 NOR : EQUT0300808A.
Arrêté du 7 août 2009 relatif à la conception, à la réalisation, à la modification, à l'exploitation et à la maintenance des téléphériques, JORF n° 2016 du 18 septembre 2009 NOR : DEVT0916606A.
Ordonnance n° 2015-1495 du 18 novembre...
Directory
Manufacturers – Suppliers – Distributors (non-exhaustive list)
Bartholet Maschinenbau AG
https://www.bartholet.swiss/en
Doppelmayr Seilbahnen GmbH – Garaventa
https://www.doppelmayr.com/fr/
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