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Data Report · Automotive · 2023

Global Public Transport: Urban Access Under SDG Indicator 11.2.1

UN data on how many city residents have convenient access to public transport, with gaps between least developed countries and developed regions.

  • Updated October 1, 2026
  • 4 min read
  • 3 sources
  • Global

Executive Summary

About 6 in 10 urban residents worldwide had convenient access to public transport in 2023, based on data from 2,039 cities in 188 countries reported by the UN. The share was about 4 in 10 in least developed countries and 8 in 10 in more developed regions. Earlier, 2022 data from 1,507 cities put the global share at 51.6%. Convenient access means living within 500 metres of a bus or tram stop or 1,000 metres of rail or ferry.

Key Numbers

Urban access, 2023
6 in 10[1]
Urban residents with convenient public transport access (2,039 cities, 188 countries)
Least developed countries
4 in 10[1]
Urban residents with convenient access in LDCs, 2023 data
More developed regions
8 in 10[1]
Urban residents with convenient access, 2023 data
Urban access, 2022
51.6%[1]
Share of urban population with convenient access (1,507 cities, 126 countries)

Charts

Urban residents with convenient public transport access, 2023 data

Approximate shares converted from the UN's reported '4, 6 and 8 out of 10' figures.

  • Least developed countries
    40
  • World
    60
  • More developed regions
    80

Data Tables

Global convenient access to public transport by data round

Headline values reported by the UN; city coverage differs between rounds.

Data yearCoverageShare of urban population
2019610 cities, 95 countriesAbout half
20221,507 cities, 126 countries51.6%
20232,039 cities, 188 countriesAbout 6 in 10

Overview

SDG target 11.2 calls for access to safe, affordable and sustainable transport for all. Its indicator 11.2.1 measures the share of the population with convenient access to public transport [3]. Data collected in 2023 from 2,039 cities across 188 countries show that about 6 out of 10 urban residents globally have convenient access [1].

Regional Gaps

Access is much lower in poorer countries. In least developed countries only about 4 out of 10 urban residents have convenient access, compared with about 8 out of 10 in more developed regions [1]. The UN also flags gaps in impoverished urban areas within developed countries [1]. Public transport in many cities is dominated by low-capacity modes, and informal and semi-formal systems shape transport in most developing-country cities [1].

Historical Data

The UN's 2020 SDG report found that only half of the world's urban population had convenient access, based on 2019 data from 610 cities in 95 countries [2]. Data from 2022 covering 1,507 cities in 126 countries put the share at 51.6% [1]. In a matched sample of 412 cities across 127 countries, convenient access increased from 53.2% to 61.5% [1].

The city samples grew each round, so headline shares from different years are not strictly comparable.

Methodology

Indicator 11.2.1 is compiled by UN-Habitat from national and local data. Convenient access means living within 500 metres walking distance of a low-capacity stop (buses, trams) or 1,000 metres of a high-capacity system (trains, subways, ferries) [2]. Figures here are from the UN DESA Goal 11 page [1] and the UN Statistics Division SDG Report 2020 [2]. The chart converts the UN's "out of 10" figures into approximate percentages (for example, 4 out of 10 = about 40%). Ridership and electric bus fleet data (UITP, IEA) are not yet covered.

Sources

  1. [1]

    Goal 11 - Make cities and human settlements inclusive, safe, resilient and sustainable / UN Department of Economic and Social Affairs / Accessed October 1, 2026 / View source

  2. [2]

    The Sustainable Development Goals Report 2020 - Goal 11 / UN Statistics Division / 2020 / Accessed October 1, 2026 / View source

  3. [3]

    Share of city residents with convenient access to public transport / Our World in Data (data: UN-Habitat) / 2025 / Accessed October 1, 2026 / View source

Figures are reproduced from the publishers above. Calculations marked as our own are derived from these figures. Always check the original source before using a number.