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Cableways Impact Assessment Study - Final Report - saferail.nl

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Risk & Policy Analysts<br />

From Table 2.34 it is clear that a cableway installation can cost as little as €40,000 or<br />

as much €72 million. Smaller, uncomplicated cableways (such as drag lifts) which do<br />

not require buildings or numerous pylons are significantly cheaper than larger<br />

cableways (particularly gondolas and funiculars) which are more complex by nature.<br />

However, with the reduced price tag also come reduced travelling speeds and lower<br />

capacity levels. Surface lifts are also typically employed over shorter distances<br />

against a smaller incline. It is also evident that fixed grip technology (where the<br />

vehicle transporting the passenger moves continuously and all vehicles are required to<br />

stop at the same time) is cheaper than detachable technology (where the vehicle<br />

detaches from the cable to allow easier loading and u<strong>nl</strong>oading). Although fixed grip<br />

cableways can achieve greater speeds they typically experience longer waiting times<br />

as a result of reduced capacity levels (The Gondola Project, 2012). Furthermore,<br />

detachable technology permits the introduction of mid-stations and corners on the<br />

cable route (The Gondola Project, 2012). Across all product categories it appears that<br />

price is influenced by the length of the cableway installation and the number of<br />

vehicles on the cable (which in turn impacts upon the capacity of the cableway).<br />

Table 2.35 presents data from a recent French report prepared by CERTU, STRMTG<br />

and CETE 11 , regarding the use of cableways as urban public transport systems. The<br />

Table presents estimates of the costs involved in the installation of monocable and<br />

tricable cableways in an urban environment.<br />

Table 2.35: Breakdown of Cost of Investment for Monocable and Tricable <strong>Cableways</strong><br />

System Monocable Tricable<br />

Drive Station (including electromechanical equipment<br />

and structural building, excluding architectural design €2.5 - €3 million €4 - €5 million<br />

and special measures).<br />

Intermediate Station<br />

€1.2 - €1.5 million<br />

Return Station €1 million €3 - €4 million<br />

8-10 seater cabin €30,000 -<br />

35 seater cabin - €300,000<br />

100 seater cabin - €1 million<br />

Pylon €100,000 €500,000<br />

Source: CERTU, STRMTG & CETE (2011)<br />

As is further elaborated in Table 2.35, prices of cableways vary depending on the<br />

specifications of the cableway and the type of cableway selected. It is also important<br />

to note that the cost of the cableway also includes the cost of, for example, stations<br />

and buildings, civil engineering and construction work. Examples are provided in<br />

Box 2.1 and Box 2.2 (overleaf) to provide further detail into the costs associated with<br />

two recent cableways installations.<br />

11<br />

CERTU = Centre d’Etudes sur les Réseaux, les Transports, L’Urbanisme et les Constructions<br />

(Research Centre for Networks, Transport, Urbanism and Constructions). STRMTG = Service<br />

Technique des Remontées Mécaniques et Transport Guidés (Technical Service for <strong>Cableways</strong> and<br />

Guided Transport). CETE = Centre d’Etudes Techniques du Sud-Ouest (Centre of Technical<br />

Equipment Studies in South West France)<br />

Page 53

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