Vinnerdesignet gir unik utsikt

Petite Prairie 2 is the second stage of a major urban expansion in Nyon, resulting from a competition won by the architectural firms CCHE Lausanne SA and Magizan SA. This project aims to create a visually appealing block of flats facing Lake Geneva and the Jura mountain range, offering unique views and architectural rhythm to the neighborhood. The design minimizes overlooking and integrates various volumes, contributing to a harmonious urban space.

Fem bygninger, to designere

The development consists of five buildings: A, B, C, D, and E. Buildings A and B, designed by CCHE Lausanne SA, are connected and located to the north-west, serving as the starting point of the new urban area. Building E, also by CCHE Lausanne SA, borders green spaces dedicated to sport. Buildings C and D, designed by Magizan SA, are slightly offset and feature different architectural treatments between their courtyard-facing interiors and park-facing exteriors. The buildings maintain coherence through the use of two-tone precast concrete facades.

244 boliger og næringsarealer

The project delivers 244 residential units, ranging from 1.5 to 5.5 rooms, to promote social and generational diversity. Additionally, there are over 1,700 square meters of commercial space distributed across the lower and upper ground floors and the first floor of buildings A to D. These spaces are versatile, capable of housing offices, crèches, or shops based on tenant needs. The buildings vary in height, with A, B, and D reaching six storeys, while C and E are four storeys high. Two basement levels provide underground parking, technical rooms, and cellars.

Byggestart 2018, ferdig 2021

Construction commenced in June 2018 and was completed by June 2021. Building volumes are substantial with Building A comprising 12,630 m3, Building B 11,746 m3, Buildings C and D 31,655 m3, and Building E 11,647 m3. The project marks a significant urban expansion, enhancing residential and commercial infrastructure while maintaining aesthetic and functional design principles.