Chamrousse

🇫🇷 France
🌍 Western Europe
🏢 Mountain
Photo credit: Photo: Quenten Janssen / Unsplash

About

Chamrousse is an alpine commune and ski resort in the Belledonne massif, Isère, France, about 30 km from Grenoble. According to INSEE, it had 453 residents in 2023. The resort lies between 1 650 and 1 750 m, with its highest point at the Croix de Chamrousse (2 250 m), and was an alpine skiing venue of the 1968 Winter Olympics.

Additional Information

Sources: INSEE, Dossier complet, Commune de Chamrousse (38567), 2023 data (insee.fr); Chamrousse resort website (chamrousse.com). Climate: Météo-France, station Chamrousse (1 730 m), monthly normals 1991–2020 (temperature and precipitation measured over 2002–2020). Official website of the municipality: mairiechamrousse.com.

City Snapshot

Population

453

Area

Density

34.1/km2

Altitude

1650 m

Weather

Temperatures (°C)

Rainfall (mm)

Strategic Vision and Achivements

Challenges

Challenges are defined by cities to clearly express the urban issues they are facing. They describe specific needs and contexts, helping innovators, companies, and organizations understand the problem and propose relevant, tailored solutions.

Experimental Capacity

The city’s capacity to host pilots can be summarised as follows:

  • Population and scale: 453 permanent residents in 2023 and 34.1 residents per km² (INSEE). The resort itself covers a ski area of about 1 300 hectares across three interconnected zones (Chamrousse 1 650, 1 700 and 1 750).
  • Operators on site: the resort has its own tourist office, town hall and lift-operating body (Régie Remontées Mécaniques), which gives pilots direct local counterparts.
  • Proximity: the resort is located 30 km from Grenoble.
  • Space and scale for the current challenge: Chamrousse ski resort, at site scale.
  • Data: skier-flow and localisation data can be generated during experimentation; no comparable real-time baseline exists.

Pilots

Pilots are real-life implementations of selected solutions in cities. They allow stakeholders to test ideas in real conditions, measure their impact, learn from the results, and determine whether the solution can be improved, replicated, or scaled to other contexts.
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