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

  • Austria issues highest fines for violation of diesel bans, says study
    January 31, 2019
    Austria imposes the highest fines in Europe for violating diesel bans and low-emission zones, according to new research. Austrian authorities charge up to €2,180 for violators – the next highest is the UK, with fines up to £1,138. Auto parts company Kfzteile24 based its findings on data from UrbanAccessRegulations.eu and its map offers a comparison between 350 cities across Europe. The overview outlines examples of vehicles already affected by low-emission zones and driving diesel bans - and those likel
    Read More
  • Polis issues position paper on open transport data
    June 28, 2013
    The Polis Traffic Efficiency & Mobility Working Group has been working on the topic of open transport data for more than eighteen months, with the aim of sharing information among Polis members on local experiences of publishing transport data, lessons learned and future plans. Polis has now issued its position paper, detailing the knowledge shared and the insight gained into the fast evolving area of open data, which has enabled it to produce informed recommendations to the European Commission in relation
    Read More
  • Baidu tests two driverless cars on China expressway
    June 27, 2018
    Chinese artificial intelligence company Baidu has tested two self-driving cars for the first time along a 33km section of an unused expressway in Tianjin City. A news report says that the trial helped developers collect data on the cars’ performance and their ability to sense the road environment. The test site is part of the Tangshan-Langfang expressway, which is scheduled to open in the Hebei province later this year.
    Read More
  • Evolis launches AVANSIA crystal clear card printer with a 600 dpi resolution at CARTES 2013
    November 19, 2013
    On-demand card printer Evolis is using CARTES 2013 to introduce AVANSIA, a new printer loaded with all the latest retransfer technology. With the retransfer system on AVANSIA, “card printing is performed in two steps”, says Evolis. “First, the card layout is printed through thermal transfer; then the print layer is transferred from the film to the card.” And, says Evolis, the entire surface of the card comes out “crystal clear with text, microprints and watermarks in 600 dpi resolution.”
    Read More

Highlighted Content