UP-PT System (Urban Private-Personal Transportation system) is a solution to the major problems associated with both private and public transport: wasted time and money in traffic congestion, lack or disruption of personal space in public transport, and in general the need for new infrastructure solutions. The string transport system is led through the roofs of buildings, which is another way to get around, and has a closer location of the transport infrastructure for consumers. The variety and number of transport modules is determined by the principle of movement and communication of people during movement. The modules are therefore adapted to one, two or four people, meeting the needs relevant to them
ABOUT THE PROJECT

UP-PT System

Designed as part of a training course at the Moscow State Academy of Art and Industry them. S.G. Stroganov

Urban public transport system.
String transport system with cremaller
2012, December

Designed as part of a training course at the Moscow State Academy of Art and Industry them. S.G. Stroganov
Winner of the All-Russian design competition "Life 2.0. Objective-spatial environment in 10 Years", 2012
ABOUT THE PROJECT
UP-PT System (Urban Private-Personal Transportation system) is a solution to the major problems associated with both private and public transport: wasted time and money in traffic congestion, lack or disruption of personal space in public transport, and in general the need for new infrastructure solutions. The string transport system is led through the roofs of buildings, which is another way to get around, and has a closer location of the transport infrastructure for consumers. The variety and number of transport modules is determined by the principle of movement and communication of people during movement. The modules are therefore adapted to one, two or four people, meeting the needs relevant to them

Designed as part of a training course at the Moscow State Academy of Art and Industry them. S.G. Stroganov
Winner of the All-Russian design competition "Life 2.0. Objective-spatial environment in 10 Years", 2012