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Benchmarking of Key Cities and Their Transport Development Strategies
Benchmarking of Key Cities and Their Transport Development Strategies
Sustainability and Electrification will be the Focus Points for Public Transport Operators in the Short-to-Mid Term
RELEASE DATE
06-Feb-2025
06-Feb-2025
REGION
Global
Global
Deliverable Type
Market Research
Market Research
Research Code: MHAF-01-00-00-00
SKU: AU_2025_1281
$2,450.00
In stock
SKU
AU_2025_1281
City transportation systems around the world are undergoing significant transformation due to technological advancements, changing urban landscapes, and evolving expectations from residents. Traffic congestion, air pollution, and inefficient use of resources are common challenges that transport operators across cities are grappling with. To address these issues, cities need to adopt a smart and sustainable approach to transportation, involving technology integration to optimize traffic flow, reduce emissions, and enhance the overall user experience. Frost & Sullivan has identified 10 global cities actively working towards improving their sustainable modal share. This analysis provides a comparative look at each city's progress towards its sustainable transport development goals.
Key Features
The global cities featured in this study are Mumbai, Copenhagen, Dubai, New York, Singapore, Lisbon, London, Shenzhen, Budapest, and Buenos Aires. The analysis focuses on sustainable transport strategies and offers the following:
- Detailed profiles of each city and its public transport development strategies
- An overview of policies aimed at reducing private car usage
- A deep dive into public transport usage statistics and upcoming projects
- An assessment of governance models, electrification strategies, and the impact of technology and policy interventions on the future of transport ecosystems
Author: Albert Geraldine Priya
Why is it increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on Key Cities and their Transport Development Strategies
Scope of Analysis
Strategic Trends Shaping the City of the Future
Growth Drivers
Growth Restraints
Urban Regeneration in Cities
The Concept of 15-minute Cities to Advance Sustainability Goals
Vehicle Access Regulations
Comparative Analysis of Active Modal Share in Cities
Comparative Analysis of Public Transport Modal Share in Cities
Evolution of Metro Ridership Before and After the Pandemic
Cities’ Plans for Public Transport
Comparative Benchmarking of Key Cities Analyzed
City Overview: Mumbai, India
Overview of Mumbai: Congestion and Car Restriction Policies
Mumbai: Overview of Public Transport, 2024
Mumbai: Electrification and Infrastructure Expansion Plans
Mumbai: Challenges and Way Forward
City Overview: Copenhagen, Denmark
Overview of Copenhagen: Congestion and Car Restriction Policies
Copenhagen: Overview of Public Transport, 2024
Copenhagen: Electrification and Infrastructure Expansion Plans
Copenhagen: Challenges and Way Forward
City Overview: Dubai, UAE
Overview of Dubai—Congestion and Car Restriction Policies
Dubai—Overview of Public Transport, 2024
Dubai—Electrification and Infrastructure Expansion Plans
Dubai—Challenges and Way Forward
City Overview: New York City
Overview of New York City—Congestion and Car Restriction Policies
New York City—Overview of Public Transport, 2024
New York City—Electrification and Infrastructure Expansion Plans
New York City—Challenges and Way Forward
City Overview: Singapore
Overview of Singapore—Congestion and Car Restriction Policies
Singapore—Overview of Public Transport, 2024
Singapore—Electrification and Infrastructure Expansion Plans
Singapore—Challenges and Way Forward
City Overview: Lisbon, Portugal
Overview of Lisbon—Congestion and Car Restriction Policies
Lisbon—Overview of Public Transport, 2024
Lisbon—Electrification and Infrastructure Expansion Plans
Lisbon—Challenges and Way Forward
City Overview: London, United Kingdom
Overview of London—Congestion and Car Restriction Policies
London—Overview of Public Transport, 2024
London—Electrification and Infrastructure Expansion Plans
London—Challenges and Way Forward
City Overview: Shenzhen, China
Overview of Shenzhen—Congestion and Car Restriction Policies
Shenzhen—Overview of Public Transport, 2024
Shenzhen—Electrification and Infrastructure Expansion Plans
Shenzhen—Challenges and Way Forward
City Overview: Budapest, Hungary
Overview of Budapest—Congestion and Car Restriction Policies
Budapest—Overview of Public Transport, 2024
Budapest—Electrification and Infrastructure Expansion Plans
Budapest—Challenges and Way Forward
City Overview: Buenos Aires, Argentina
Overview of Buenos Aires––Congestion and Initiatives
Buenos Aires—Overview of Public Transport, 2024
Buenos Aires—Electrification and Infrastructure Expansion Plans
Buenos Aires—Challenges and Way Forward
Growth Opportunity 1: Expanding Public Transport Infrastructure
Growth Opportunity 1: Expanding Public Transport Infrastructure (continued)
Growth Opportunity 2: Optimizing Existing Transport Infrastructure
Growth Opportunity 2: Optimizing Existing Transport Infrastructure (continued)
Growth Opportunity 3: Focusing on Sustainable Urban Development and Green Transport
Growth Opportunity 3: Focusing on Sustainable Urban Development and Green Transport (continued)
Benefits and Impacts of Growth Opportunities
Next Steps
List of Exhibits
List of Exhibits (continued)
List of Exhibits (continued)
List of Exhibits (continued)
Legal Disclaimer
List of Figures- Key Cities and their Transport Development Strategies: Growth Drivers, Global, 2024–2030
- Key Cities and their Transport Development Strategies: Growth Restraints, Global, 2024–2030
- Key Cities and their Transport Development Strategies: Active Modal Share Comparison, Global, 2023
- Key Cities and their Transport Development Strategies: Public Transport Modal Share Comparison, Global, 2023
- Key Cities and their Transport Development Strategies: Public Transport Ridership Before and After the Pandemic, Global, 2023
- Key Cities and their Transport Development Strategies: Ranking, Global, 2023
- Key Cities: Change in Length, Mumbai, 2023, 2028, 2031
- Key Cities: Modal Share, Mumbai, 2019
- Public Transport Ridership, Mumbai, 2019–2023
- Metro Ridership, Mumbai, 2019–2023
- Length of Urban Metro, Mumbai, 2019–2023
- Key Cities: Active Mobility Modal Share, Copenhagen, 2023, 2025
- Key Cities: Modal Share, Copenhagen, 2023
- Key Cities: Modal Share, Copenhagen, 2019
- Public Transport Ridership, Copenhagen, 2019–2023
- Metro Ridership, Copenhagen, 2019–2023
- Length of Urban Metro, Copenhagen, 2019–2023
- Key Cities: Public Transport Modal, Dubai, 2023, 2030
- Key Cities: Modal Share, Dubai, 2023
- Key Cities: Modal Share, Dubai, 2019
- Public Transport Ridership, Dubai, 2019–2023
- Metro Ridership, Dubai, 2019–2023
- Length of Urban Metro, Dubai, 2019–2023
- Key Cities: Modal Share, New York City, 2019
- Key Cities: Modal Share, New York City, 2023
- Key Cities: Active Mobility Modal, New York City, 2023, 2040
- Public Transport Ridership, New York City, 2019–2023
- Metro Ridership, New York City, 2019–2023
- Length of Urban Metro, New York City, 2019 to 2023
- Key Cities: Modal Share, Singapore, 2019
- Key Cities: Modal Share, Singapore, 2023
- Key Cities: Active Mobility Modal, Singapore, 2023, 2040
- Public Transport Ridership, Singapore, 2019–2023
- Metro Ridership, Singapore, 2019–2023
- Length of Urban Metro, Singapore, 2019–2023
- Key Cities: Modal Share, Lisbon, 2019
- Key Cities: Modal Share, Lisbon, 2023
- Key Cities: Active Mobility Modal, Lisbon, 2023, 2040
- Public Transport Ridership, Lisbon, 2019–2023
- Metro Ridership, Lisbon, 2019–2023
- Length of Urban Metro, Lisbon, 2019–2023
- Key Cities: Modal Share, London, 2019
- Key Cities: Modal Share, London, 2023
- Key Cities: Active Mobility Modal London, 2023, 2040
- Public Transport Ridership, London, 2019–2023
- Metro Ridership, London, 2019–2023
- Length of Urban Metro, London, 2019–2023
- Key Cities: Modal Share, Shenzhen, 2019
- Key Cities: Modal Share, Shenzhen, 2023
- Key Cities: Active Mobility Modal Shenzhen, 2023, 2040
- Public Transport Ridership, Shenzhen, 2019–2023
- Metro Ridership, Shenzhen, 2019–2023
- Length of Urban Metro, Shenzhen, 2019–2023
- Key Cities: Modal Share, Budapest, 2019
- Key Cities: Modal Share, Budapest, 2023
- Key Cities: Active Mobility Modal Budapest, 2023, 2030
- Public Transport Ridership, Budapest, 2019–2023
- Metro Ridership, Budapest, 2019–2023
- Length of Urban Metro, Budapest, 2019–2023
- Key Cities: Modal Share, Buenos Aires, 2019
- Key Cities: Modal Share, Buenos Aires, 2023
- Public Transport Ridership, Buenos Aires, 2019–2023
- Metro Ridership, Buenos Aires, 2019–2023
- Length of Urban Metro, Buenos Aires, 2019–2023
Purchase includes:
- Report download
- Growth Dialog™ with our experts
Growth Dialog™
A tailored session with you where we identify the:- Strategic Imperatives
- Growth Opportunities
- Best Practices
- Companies to Action
Impacting your company's future growth potential.
City transportation systems around the world are undergoing significant transformation due to technological advancements, changing urban landscapes, and evolving expectations from residents. Traffic congestion, air pollution, and inefficient use of resources are common challenges that transport operators across cities are grappling with. To address these issues, cities need to adopt a smart and sustainable approach to transportation, involving technology integration to optimize traffic flow, reduce emissions, and enhance the overall user experience. Frost & Sullivan has identified 10 global cities actively working towards improving their sustainable modal share. This analysis provides a comparative look at each city's progress towards its sustainable transport development goals.--BEGIN PROMO--
Key Features
The global cities featured in this study are Mumbai, Copenhagen, Dubai, New York, Singapore, Lisbon, London, Shenzhen, Budapest, and Buenos Aires. The analysis focuses on sustainable transport strategies and offers the following:
- Detailed profiles of each city and its public transport development strategies
- An overview of policies aimed at reducing private car usage
- A deep dive into public transport usage statistics and upcoming projects
- An assessment of governance models, electrification strategies, and the impact of technology and policy interventions on the future of transport ecosystems
Author: Albert Geraldine Priya
| Deliverable Type | Market Research |
|---|---|
| Author | Albert Geraldine Priya |
| Industries | Automotive |
| No Index | No |
| Is Prebook | No |
| List of Charts and Figures | Key Cities and their Transport Development Strategies: Growth Drivers, Global, 2024–2030~ Key Cities and their Transport Development Strategies: Growth Restraints, Global, 2024–2030~ Key Cities and their Transport Development Strategies: Active Modal Share Comparison, Global, 2023~ Key Cities and their Transport Development Strategies: Public Transport Modal Share Comparison, Global, 2023~ Key Cities and their Transport Development Strategies: Public Transport Ridership Before and After the Pandemic, Global, 2023~ Key Cities and their Transport Development Strategies: Ranking, Global, 2023~ Key Cities: Change in Length, Mumbai, 2023, 2028, 2031~ Key Cities: Modal Share, Mumbai, 2019~ Public Transport Ridership, Mumbai, 2019–2023~ Metro Ridership, Mumbai, 2019–2023~ Length of Urban Metro, Mumbai, 2019–2023~ Key Cities: Active Mobility Modal Share, Copenhagen, 2023, 2025~ Key Cities: Modal Share, Copenhagen, 2023~ Key Cities: Modal Share, Copenhagen, 2019~ Public Transport Ridership, Copenhagen, 2019–2023~ Metro Ridership, Copenhagen, 2019–2023~ Length of Urban Metro, Copenhagen, 2019–2023~ Key Cities: Public Transport Modal, Dubai, 2023, 2030~ Key Cities: Modal Share, Dubai, 2023~ Key Cities: Modal Share, Dubai, 2019~ Public Transport Ridership, Dubai, 2019–2023~ Metro Ridership, Dubai, 2019–2023~ Length of Urban Metro, Dubai, 2019–2023~ Key Cities: Modal Share, New York City, 2019~ Key Cities: Modal Share, New York City, 2023~ Key Cities: Active Mobility Modal, New York City, 2023, 2040~ Public Transport Ridership, New York City, 2019–2023~ Metro Ridership, New York City, 2019–2023~ Length of Urban Metro, New York City, 2019 to 2023~ Key Cities: Modal Share, Singapore, 2019~ Key Cities: Modal Share, Singapore, 2023~ Key Cities: Active Mobility Modal, Singapore, 2023, 2040~ Public Transport Ridership, Singapore, 2019–2023~ Metro Ridership, Singapore, 2019–2023~ Length of Urban Metro, Singapore, 2019–2023~ Key Cities: Modal Share, Lisbon, 2019~ Key Cities: Modal Share, Lisbon, 2023~ Key Cities: Active Mobility Modal, Lisbon, 2023, 2040~ Public Transport Ridership, Lisbon, 2019–2023~ Metro Ridership, Lisbon, 2019–2023~ Length of Urban Metro, Lisbon, 2019–2023~ Key Cities: Modal Share, London, 2019~ Key Cities: Modal Share, London, 2023~ Key Cities: Active Mobility Modal London, 2023, 2040~ Public Transport Ridership, London, 2019–2023~ Metro Ridership, London, 2019–2023~ Length of Urban Metro, London, 2019–2023~ Key Cities: Modal Share, Shenzhen, 2019~ Key Cities: Modal Share, Shenzhen, 2023~ Key Cities: Active Mobility Modal Shenzhen, 2023, 2040~ Public Transport Ridership, Shenzhen, 2019–2023~ Metro Ridership, Shenzhen, 2019–2023~ Length of Urban Metro, Shenzhen, 2019–2023~ Key Cities: Modal Share, Budapest, 2019~ Key Cities: Modal Share, Budapest, 2023~ Key Cities: Active Mobility Modal Budapest, 2023, 2030~ Public Transport Ridership, Budapest, 2019–2023~ Metro Ridership, Budapest, 2019–2023~ Length of Urban Metro, Budapest, 2019–2023~ Key Cities: Modal Share, Buenos Aires, 2019~ Key Cities: Modal Share, Buenos Aires, 2023~ Public Transport Ridership, Buenos Aires, 2019–2023~ Metro Ridership, Buenos Aires, 2019–2023~ Length of Urban Metro, Buenos Aires, 2019–2023~ |
| Podcast | No |
| WIP Number | MHAF-01-00-00-00 |