Stephanie Cavazos's profile

SmartWalk - Micromobility

SmartWalk
How can we reduce our carbon footprint and CO2 emissions to achieve a Net 0 objective by 2050? Each day, consumers are growing more concern for sustainability and air quality.

Fossil fuels represent the primary source of CO2 Emissions.
Currently 65% of global greenhouse gases emissions come from fossil fuels involved in road, rail, air and marine transportation.

Although many are opting for green transportation methods such as electric cars and efficient public transportation, it is not a possibility for all.
SmartWalk offers a new pedestrian alternative as a mobility solution for people to use during peak car traffic hours to reduce greenhouse emissions.
The system is composed of a track in which the user can step into and travel up to 2x faster than walking. This product is an accesible and practicas alternative for people who consider walking as a method of transportation from short to long distances.
This concept of frictionless micromobility offers the users a new experience on the best way to move from one point to another, offering a space where they can feel safe while traveling with others.
Universidad de Monterrey
Bachelor in Industrial Design - Year 4
Team: Stephanie Cavazos & Luis Armando Rubio
SmartWalk - Micromobility
Published:

SmartWalk - Micromobility

Pedestrian alternative to reduce the impact of mobile fossil fuels on the global carbon footprint.

Published: