Fast forward to 2035...
Fast forward to 2035...
Fast forward to 2035...
Fast forward to 2035...
Like what you see?
Find out how we can achieve it here.
Sky ports for electric vertical take-off and landing (eVTOL) aircraft are being built to move cargo and people
Trucks commonly powered by hydrogen fuel cells
Hydrogen trains run on non-electrified lines
Clean, sustainable energy – onshore and offshore – is generated to power our transport networks and modes, creating an effective net-zero system
Hydrogen-powered trams are common in cities
Multimodal transport hubs link to public transport networks
Trains are safe, clean, reliable, affordable, accessible and fully integrated with other public transport modes
City-wide walking and cycling networks are a common sight, and people can safely access most local facilities and services within a short walk or bicycle ride from their homes
Travel demand management (TDM) balances a transport network’s supply or capacity with demand from users. Real-time messaging and public information encourages people to travel less, at different times, by alternative means or via another route when necessary
Shipping lines are transitioning to ammonia made using green hydrogen or methanol from biomass and captured CO2
Parked EVs form battery banks to help stabilise local electric networks, while local charging points enable consumers to charge vehicles outside peak times
Low/no carbon bus fleets provide connectivity for people in areas with little access to track-based public transport as well as an affordable transport option for those on low incomes
Cities and towns are being reimagined and redesigned to create streets for people, reducing the primacy of the automobile and providing alternatives to journeys by car
Logistics parks are linked to ports by rail lines and connect to nearby delivery networks
The next generation learn about how their travel choices shape the future of the world they live in and contribute to our climate emergency response
Construction of transport infrastructure applies circular economy principles and uses low carbon materials. All infrastructure is SMART, combining digital technology and data to manage and operate assets
Fuelling stations have a variety of options – EV charging, H2 and biomass refuelling
Improvements to the digital infrastructure has supported the roll-out of connected autonomous vehicles, while ride-hailing and other new transportation options have replaced car ownership
Thousands of new jobs have been created in the manufacture of EVs and parts, as well as cleaner fuels
Cycle/scooter networks support active travel
Car-free streets and public spaces encourage walking, cycling and outdoor exercise, improving physical fitness and mental wellbeing. Road fatalities in urban areas have fallen dramatically around the world
Huge investment in the production of sustainable aviation fuels is significantly reducing carbon emissions from long-haul flights
Like what you see?
Find out how we can achieve it here.
Sky ports for electric vertical take-off and landing (eVTOL) aircraft are being built to move cargo and people
Trucks commonly powered by hydrogen fuel cells
Hydrogen trains run on non-electrified lines
Clean, sustainable energy – onshore and offshore – is generated to power our transport networks and modes, creating an effective net-zero system
Hydrogen-powered trams are common in cities
Multimodal transport hubs link to public transport networks
Trains are safe, clean, reliable, affordable, accessible and fully integrated with other public transport modes
City-wide walking and cycling networks are a common sight, and people can safely access most local facilities and services within a short walk or bicycle ride from their homes
Travel demand management (TDM) balances a transport network’s supply or capacity with demand from users. Real-time messaging and public information encourages people to travel less, at different times, by alternative means or via another route when necessary
Shipping lines are transitioning to ammonia made using green hydrogen or methanol from biomass and captured CO2
Parked EVs form battery banks to help stabilise local electric networks, while local charging points enable consumers to charge vehicles outside peak times
Low/no carbon bus fleets provide connectivity for people in areas with little access to track-based public transport as well as an affordable transport option for those on low incomes
Cities and towns are being reimagined and redesigned to create streets for people, reducing the primacy of the automobile and providing alternatives to journeys by car
Logistics parks are linked to ports by rail lines and connect to nearby delivery networks
The next generation learn about how their travel choices shape the future of the world they live in and contribute to our climate emergency response
Construction of transport infrastructure applies circular economy principles and uses low carbon materials. All infrastructure is SMART, combining digital technology and data to manage and operate assets
Fuelling stations have a variety of options – EV charging, H2 and biomass refuelling
Improvements to the digital infrastructure has supported the roll-out of connected autonomous vehicles, while ride-hailing and other new transportation options have replaced car ownership
Thousands of new jobs have been created in the manufacture of EVs and parts, as well as cleaner fuels
Cycle/scooter networks support active travel
Car-free streets and public spaces encourage walking, cycling and outdoor exercise, improving physical fitness and mental wellbeing. Road fatalities in urban areas have fallen dramatically around the world
Huge investment in the production of sustainable aviation fuels is significantly reducing carbon emissions from long-haul flights
Like what you see?
Find out how we can achieve it here.
Sky ports for electric vertical take-off and landing (eVTOL) aircraft are being built to move cargo and people
Trucks commonly powered by hydrogen fuel cells
Hydrogen trains run on non-electrified lines
Clean, sustainable energy – onshore and offshore – is generated to power our transport networks and modes, creating an effective net-zero system
Hydrogen-powered trams are common in cities
Multimodal transport hubs link to public transport networks
Trains are safe, clean, reliable, affordable, accessible and fully integrated with other public transport modes
City-wide walking and cycling networks are a common sight, and people can safely access most local facilities and services within a short walk or bicycle ride from their homes
Travel demand management (TDM) balances a transport network’s supply or capacity with demand from users. Real-time messaging and public information encourages people to travel less, at different times, by alternative means or via another route when necessary
Shipping lines are transitioning to ammonia made using green hydrogen or methanol from biomass and captured CO2
Parked EVs form battery banks to help stabilise local electric networks, while local charging points enable consumers to charge vehicles outside peak times
Low/no carbon bus fleets provide connectivity for people in areas with little access to track-based public transport as well as an affordable transport option for those on low incomes
Cities and towns are being reimagined and redesigned to create streets for people, reducing the primacy of the automobile and providing alternatives to journeys by car
Logistics parks are linked to ports by rail lines and connect to nearby delivery networks
The next generation learn about how their travel choices shape the future of the world they live in and contribute to our climate emergency response
Construction of transport infrastructure applies circular economy principles and uses low carbon materials. All infrastructure is SMART, combining digital technology and data to manage and operate assets
Fuelling stations have a variety of options – EV charging, H2 and biomass refuelling
Improvements to the digital infrastructure has supported the roll-out of connected autonomous vehicles, while ride-hailing and other new transportation options have replaced car ownership
Thousands of new jobs have been created in the manufacture of EVs and parts, as well as cleaner fuels
Cycle/scooter networks support active travel
Car-free streets and public spaces encourage walking, cycling and outdoor exercise, improving physical fitness and mental wellbeing. Road fatalities in urban areas have fallen dramatically around the world
Huge investment in the production of sustainable aviation fuels is significantly reducing carbon emissions from long-haul flights
Fuelling
Fuelling stations have a variety of options – EV charging, H2 and biomass refuelling
Shipping
Shipping lines are transitioning to ammonia made using green hydrogen or methanol from biomass and captured CO2
Autonomous vehicles
Improvements to the digital infrastructure has supported the roll-out of connected autonomous vehicles, while ride-hailing and other new transportation options have replaced car ownership
Schools
The next generation learn about how their travel choices shape the future of the world they live in and contribute to our climate emergency response
Trucks
Trucks commonly powered by hydrogen fuel cells
Logistics
Logistics parks are linked to ports by rail lines and connect to nearby delivery networks
Underground
Trains are safe, clean, reliable, affordable, accessible and fully integrated with other public transport modes
New jobs
Thousands of new jobs have been created in the manufacture of EVs and parts, as well as cleaner fuels
Airports
Huge investment in the production of sustainable aviation fuels is significantly reducing carbon emissions from long-haul flights
Streets
Cities and towns are being reimagined and redesigned to create streets for people, reducing the primacy of the automobile and providing alternatives to journeys by car
Electric vehicles
Parked EVs form battery banks to help stabilise local electric networks, while local charging points enable consumers to charge vehicles outside peak times
Public spaces
Car-free streets and public spaces encourage walking, cycling and outdoor exercise, improving physical fitness and mental wellbeing. Road fatalities in urban areas have fallen dramatically around the world
Buses
Low/no carbon bus fleets provide connectivity for people in areas with little access to track-based public transport as well as an affordable transport option for those on low incomes
Transport hubs
Multimodal transport hubs link to public transport networks
Sky ports
Sky ports for electric vertical take-off and landing (eVTOL) aircraft are being built to move cargo and people
Transport hubs
Multimodal transport hubs link to public transport networks
Walking and cycling
City-wide walking and cycling networks are a common sight, and people can safely access most local facilities and services within a short walk or bicycle ride from their homes
Trains
Hydrogen trains run on non-electrified lines
Energy
Clean, sustainable energy – onshore and offshore – is generated to power our transport networks and modes, creating an effective net-zero system
Cycling
Cycle/scooter networks support active travel
Highways
Construction of transport infrastructure applies circular economy principles and uses low carbon materials. All infrastructure is SMART, combining digital technology and data to manage and operate assets
TDM
Travel demand management (TDM) balances a transport network’s supply or capacity with demand from users. Real-time messaging and public information encourages people to travel less, at different times, by alternative means or via another route when necessary
Like what you see?
Find out how we can achieve it here.
