Skip to main content

LimeBike launches new segways in three US cities

Lime, formerly Limebike, will make its Segways available to citizens in Los Angeles, San Diego and the San Francisco Bay Area next month. The company says the models come with highly visibility lighting and a maximum speed of 18mph.
May 21, 2018 Read time: 1 min
Lime, formerly Limebike, will make its Segways available to citizens in Los Angeles, San Diego and the San Francisco Bay Area next month. The company says the models come with highly visibility lighting and a maximum speed of 18mph.


The release of the Lime-S Segway is part of an agreement with the manufacturer. These scooters cost $1 to unlock and $0.15 per minute to ride.

UTC

Related Content

  • May 27, 2020
    Amazon 'in talks to buy' AV start-up Zoox
    Any such deal would move online giant into driverless world
  • February 2, 2012
    Variable message signs continue to deliver travel information
    Arguably the 'face' of ITS, variable message signs are far from being a passing solution
  • October 17, 2019
    How can US transportation be ‘re-envisioned’?
    In her address to this year’s ITS America Annual Meeting, congresswoman Eleanor Holmes Norton, chair of the House Subcommittee on Highways and Transit, called for a ‘re-envisioning’ of transportation. Her speech is below – and ITS International asks a number of US experts what they would like to see ‘re-envisioned’…

    I would like to welcome  ITS America to the nation’s capital.

  • August 30, 2017
    E-scooter sharing services to launch in Singapore
    Although Singapore has a very extensive public transport network, walking the last few hundred metres through the heat and humidity can be very uncomfortable. Three local companies believe that shared e-scooter services will provide the answer, reports the Straits Times. Telepod and Neuron Mobility launched three months ago, while PopScoot is planning to roll out its e-scooters at almost 30 locations island-wide in September. Telepod has about 20 e-scooters at seven locations and Neuron Mobility, which rece