Layout transport plans and street design

Layout transport plans and street design

Layout transport plan is a document that defines the organisation of traffic and pedestrian flows along the entire length of a street. At the pre-project preparation stage, traffic data of different categories of road users are analysed: cars, pedestrians, public transport passengers, scooter and bicycle users.


Layout transport plan specifies the key parameters and configuration of the projected street and road network. The purpose of the scheme is to improve the interaction of all road users, to ensure safety and convenience of travelling around the city. This includes:


  • Locations of public transport stops

  • Pedestrian crossings

  • Bicycle lanes and cycleways

  • Dedicated lanes for public transport

  • Parking spaces

  • Infrastructure elements (navigation pedestals, bicycle rental stations and bicycle parking)

When applicable:

A high-quality layout transport plan is a key element for the improvement and reconstruction of streets and serves as a tool for planning and implementing complex solutions in urban space. It sets the basis for the optimal organisation of traffic and pedestrian flows, ensuring safety and comfort for all road users.It is used in the early stages of development to prepare traffic management designs. Based on these schemes, other types of design documentation can be developed later, such as site improvement working drawings, which include detailed descriptions of the location of infrastructure facilities and necessary changes to improve the urban environment.

Other services

Traffic organisation

Measures to ensure safety on roads and pedestrian areas.



City and public transport branding

Development of a unique visual and communication image for cities and transport systems. Creation and integration of the brand into urban infrastructure and public transport to increase their attractiveness and recognisability.

Transport infrastructure design, landscaping and navigation

Industrial design of stops, car parks and other urban transport infrastructure. Design of navigation systems. Projects of territory improvement.



Techno-economic justification and financial modelling of transport solutions

Calculating the economic efficiency of transport solutions and assessing the feasibility of projects.

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