Skip to main content

DiDi aims for 'one million AVs' by 2030

Chinese ride-hailing giant predicts mass production of robo-taxis by 2025
By Adam Hill June 26, 2020 Read time: 1 min
DiDi: AVs are the way forward (© Daniel Constante | Dreamstime.com)

Chinese ride-hailing platform DiDi Chuxing says it wants a million autonomous vehicles (AVs) on its platform in the next 10 years.

Reuters reports that Meng Xing, chief operating officer of DiDi’s AV unit, expressed the hope during an online conference hosted by South China Morning Post.

The AVs, or robo-taxis, would be used to boost capacity in areas where there is a shortage of ride-hailing capacity.

Meng said AVs would be in mass production by 2025.

Last year, DiDi introduced 30 AVs operating at SAE Level 4 in the Jiading District of Shanghai, after showcasing the robo-taxi service on a closed track at Shanghai’s World Artificial Intelligence Conference.

Related Content

  • Argo AI AVs in Austin and Miami
    May 26, 2022
    Driverless cars will operate in Texas and Florida cities ahead of scale-up of ride-share
  • Last call for Gulf Traffic award nominations
    September 20, 2016
    Time is running out to submit nominations for the 2016 Gulf Traffic awards, which honour those companies and persons who have shown their commitment to developing and improving projects, initiatives or products for the benefit of the public and the region. Categories include: best new parking produce or supplier; ITS product of the year; consultancy of the year; contractor of the year; TRL student award; product innovation award; and many others. Submit nominations before 25 September 2016. More infor
  • ITSWC 2021: New solutions for the new normal
    September 20, 2021
    October’s ITS World Congress in Hamburg will profile the changing face of mobility, with real-world examples of electric vehicle implementation, shared transport and autonomy taking centre stage
  • Zooming in to the right Videology zoom block camera
    January 22, 2024
    Block cameras are a preferred choice for ITS system designers and engineers