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

  • Aimsun Online in award-winning San Diego ICM project
    February 21, 2014
    The Aimsun Online real-time decision support system for traffic management will take centre stage at the TSS-Transport Simulation Systems stand. Its dynamic, high-speed simulation of large areas allows traffic operators to accurately forecast the future network flow patterns that will result from a particular traffic management or information provision strategy.
  • Kolumbus to operate autonomous bus service in Norway
    July 3, 2018
    Norwegian public transport operator Kolumbus is now operating an autonomous bus service outside the city of Stavanger to provide commuters with easier access to mass transit. The vehicles run between existing bus stops and office buildings in the Frosu area. According to a report by ZDNet, the Norwegian ministry of transport’s licence requires a Kolumbus employee to be on board the Easy Mile EZ10 vehicle and ready to intervene if a dangerous situation takes place. The ministry has also set a maximum
  • Kathrein boosts auto ID solutions and links up with Tönnjes
    March 20, 2018
    Kathrein Solutions says that its RRU4000 reader unit and ARU3000 antenna reader unit are the next generation family for all AutoID solutions. To meet all requirements of Industry 4.0, the systems have highly efficient integrated multicore industrial PC (iPC) to process applications, filter algorithms for data mining and business events directly on the device. The RRU 4000 series includes a flexible multiplexer to connect up to four external antennas. The ARU 3000 series includes an integrated 65°
  • White paper - the use of LED lighting strobes within ITS
    March 19, 2013
    Specialist in the design and manufacture of LED illumination and control solutions for machine vision and intelligent traffic applications, Gardasoft, has recently published a White Paper which discusses the use of LED strobe vision lighting within intelligent transportation systems (ITS). The successful cost-effective application of an Intelligent Transport System (ITS) is often dependent on the interplay of many individual system elements, although other technology, such as cameras, often gains the majori