Are fast e-bikes an alternative to motorised individual transport? An exploratory study in Lausanne, Switzerland

Sales of electrically assisted bicycles (e-bikes) have risen significantly in Europe. Almost all e-bikes provide assistance up to 25 km/h (“pedelecs”), but in Switzerland, more than 10% are speed pedelecs (s-pedelecs) offering assistance up to 45 km/h. Due to their increased speed, s-pedelecs hold g...

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Main Authors: Emmanuel Ravalet, Dimitri Marincek, Patrick Rérat
Format: Article
Language:English
Published: Société Royale Belge de Géographie and the Belgian National Committee of Geography
Series:Belgeo
Subjects:
Online Access:https://journals.openedition.org/belgeo/64678
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author Emmanuel Ravalet
Dimitri Marincek
Patrick Rérat
author_facet Emmanuel Ravalet
Dimitri Marincek
Patrick Rérat
author_sort Emmanuel Ravalet
collection DOAJ
description Sales of electrically assisted bicycles (e-bikes) have risen significantly in Europe. Almost all e-bikes provide assistance up to 25 km/h (“pedelecs”), but in Switzerland, more than 10% are speed pedelecs (s-pedelecs) offering assistance up to 45 km/h. Due to their increased speed, s-pedelecs hold great potential for long-range trips outside urban areas. Yet, to date, they have received very little academic attention. This exploratory paper fills this gap by questioning the place S-pedelecs have, compared to pedelecs, among transport modes and to what extent their greater speed can help them compete with cars more efficiently than pedelecs? We address in this paper, for both pedelecs and S-pedelecs users, the demographic characteristics, motivations for purchasing, travel patterns, as well as the modal shift effects. It draws on a survey conducted in Lausanne, Switzerland, among users of n=215 s-pedelecs and n=1205 pedelecs.Compared to regular e-bikers, s-pedelec users are more likely to be male, but otherwise share similar motivations to riding their e-bike. S-pedelecs are often used for long-distance commuting and compete more with cars and motorised two-wheelers. As a result, 60% of s-pedelec owners use a car less, and 20% decided to give up car ownership. Regression models confirms these results. Given the potential of s-pedelecs to replace motorised modes, we recommend devoting more attention to the development of infrastructure, such as interurban cycle highways, to accommodate them on a metropolitan scale.
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spelling doaj.art-de72a40e5c6f4196906c46a1c561bfa52024-02-13T10:42:53ZengSociété Royale Belge de Géographie and the Belgian National Committee of GeographyBelgeo2294-9135110.4000/belgeo.64678Are fast e-bikes an alternative to motorised individual transport? An exploratory study in Lausanne, SwitzerlandEmmanuel RavaletDimitri MarincekPatrick RératSales of electrically assisted bicycles (e-bikes) have risen significantly in Europe. Almost all e-bikes provide assistance up to 25 km/h (“pedelecs”), but in Switzerland, more than 10% are speed pedelecs (s-pedelecs) offering assistance up to 45 km/h. Due to their increased speed, s-pedelecs hold great potential for long-range trips outside urban areas. Yet, to date, they have received very little academic attention. This exploratory paper fills this gap by questioning the place S-pedelecs have, compared to pedelecs, among transport modes and to what extent their greater speed can help them compete with cars more efficiently than pedelecs? We address in this paper, for both pedelecs and S-pedelecs users, the demographic characteristics, motivations for purchasing, travel patterns, as well as the modal shift effects. It draws on a survey conducted in Lausanne, Switzerland, among users of n=215 s-pedelecs and n=1205 pedelecs.Compared to regular e-bikers, s-pedelec users are more likely to be male, but otherwise share similar motivations to riding their e-bike. S-pedelecs are often used for long-distance commuting and compete more with cars and motorised two-wheelers. As a result, 60% of s-pedelec owners use a car less, and 20% decided to give up car ownership. Regression models confirms these results. Given the potential of s-pedelecs to replace motorised modes, we recommend devoting more attention to the development of infrastructure, such as interurban cycle highways, to accommodate them on a metropolitan scale.https://journals.openedition.org/belgeo/64678Switzerlandcyclingmodal shiftpedelecsspeed-pedelecse-bike
spellingShingle Emmanuel Ravalet
Dimitri Marincek
Patrick Rérat
Are fast e-bikes an alternative to motorised individual transport? An exploratory study in Lausanne, Switzerland
Belgeo
Switzerland
cycling
modal shift
pedelecs
speed-pedelecs
e-bike
title Are fast e-bikes an alternative to motorised individual transport? An exploratory study in Lausanne, Switzerland
title_full Are fast e-bikes an alternative to motorised individual transport? An exploratory study in Lausanne, Switzerland
title_fullStr Are fast e-bikes an alternative to motorised individual transport? An exploratory study in Lausanne, Switzerland
title_full_unstemmed Are fast e-bikes an alternative to motorised individual transport? An exploratory study in Lausanne, Switzerland
title_short Are fast e-bikes an alternative to motorised individual transport? An exploratory study in Lausanne, Switzerland
title_sort are fast e bikes an alternative to motorised individual transport an exploratory study in lausanne switzerland
topic Switzerland
cycling
modal shift
pedelecs
speed-pedelecs
e-bike
url https://journals.openedition.org/belgeo/64678
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