Skip to main content

Limebike launches Electric Assist Bikes

Smart bikeshare provider LimeBike has integrated electric assist bikes into its fleet with the intention of providing the public with a quick and more affordable solution than driving or using traditional ride-sharing services. They will be available in existing markets in Seattle, Miami, Scottsdale, Southern California and greater San Francisco bay area from January 2018. Called Lime-E, the bikes cost $1 (73p) to unlock and an additional $1 (73p) for every ten minutes of riding time with a maximum speed
January 9, 2018 Read time: 2 mins

Smart bikeshare provider LimeBike has integrated electric assist bikes into its fleet with the intention of providing the public with a quick and more affordable solution than driving or using traditional ride-sharing services. They will be available in existing markets in Seattle, Miami, Scottsdale, Southern California and greater San Francisco bay area from January 2018.

Called Lime-E, the bikes cost $1 (73p) to unlock and an additional $1 (73p) for every ten minutes of riding time with a maximum speed of 15mph. In addition, its power will smartly adjust to the users’ natural pedal experience.

Limebike will also offer discounted pricing of the solution for low-income riders and students.

Toby Sun, CEO and co-founder of LimeBike, said: 2018 is shaping up to be a landmark year for the global bikeshare movement. As the fastest growing smart mobility solution company, LimeBike is evolving to respond to the limitations of traditional, docked bikeshare services based on cost, accessibility and overall aging infrastructure. Our electric-assist bike, Lime-E, will provide cities a fast, efficient, equitable source of first-and-last mile transportation at absolutely no cost to taxpayers and minimal cost to riders."

More information is available %$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 link-external here Lime Bike website link false http://www.limebike.com/blog false false%>.

Related Content

  • Zipcar founder: ‘Car-dominant city has reached its zenith’
    May 23, 2018
    Zipcar co-founder Robin Chase has called on urban authorities to embrace multimodal transport in a bid to improve mobility.“The value of a car-dominant city has reached its zenith,” she says in an interview with ITS International. “The city regulatory and physical infrastructure has been built on a personal car-dominant infrastructure. We have spent the last 100 years making car travel in cities the most convenient and cheapest way to the exclusion of everything else.” That creates problems, she
  • CARTES 2013 CITC-EuraRFID video story correction
    November 20, 2013
    The video item about innovative Smart Shopping Solutions in day two of the Daily Video at CARTES 2013 interviewed two people: Romain Tribout, R&D Project Manager at CITC-EuraRFID and Romain Toulotte of Natural Security. Unfortunately their names were transposed. The first interviewee speaking about the smart fitting room was Romain Tribout, CITC-EuraRFID’s R&D Proeject Manager; and the second, speaking about biometric payment, was Romain Toulotte, Product Manager at Natural Security. We apologise for the
  • Up to 60,000 city bikes will be available in Poland by 2025, says Nextbike Polska
    October 24, 2018
    Nextbike Polska, a developer of bike sharing systems, will focus on the Polish market, which it anticipates will have up to 60,000 city bikes by 2025. The company says this growth will stem from an increase in the current 26,000 bikes in use today as well as the deployment of new models. A report by The First News says Nextbike plans to streamline its organisation and will focus on expanding in Finland, where it has already deployed 300 bikes. By the end of the year, Nextbike estimates it will s
  • Rugged smart card connector from C&K Components at CARTES
    October 28, 2014
    Switches and smart card interconnection devices maker C&K Components has designed a rugged smart card connector with a built-in card detection switch for machine-to-machine applications.