The five jurors – led by competition chair Louisa Hutton of Berlin-based Sauerbruch Hutton – have issued a public statement through Swiss Society of Engineers and Architects (SIA) distancing themselves from the appointment, which they claim took place when "a decision had not yet been made".
Morphosis was commissioned to design the hotel following a controversial competition process, which saw the jury distance themselves from the appointment.1
Due for completion in 2019, the building will be part of the Vals resort, which already includes a hotel as well as a world-famous spa building by Swiss architect Peter Zumthor. Japanese architect Tadao Ando is also designing a park for the site, called the Valser Path, which is due for completion in 2017.
"As much as possible, the hotel is a minimalist act that re-iterates the site and offers to the viewer a mirrored, refracted perspective of the landscape," said Mayne.
The 53,000sqm building will include 107 guest rooms and suites, as well as spas, a ballroom and a library, restaurants, a cafe, bar, sky bar and a gallery. It will also have a swimming pool and fitness centre.
"The tower's reflective skin and slender profile camouflage with the landscape, abstracting and displacing the valley and sky," said Morphosis. "The combination of one-room-per-floor and a narrow floor-plate afford exclusive panoramic views of the Alps."
"The new hotel and arrival is defined by three forms: a podium linking the building with neighboring structures; a cantilever containing a restaurant, cafe, spa, and bar – public amenities shared with the town; and a tower holding a sky bar, restaurant, and 107 guest rooms with panoramic views."
The structure is called the 7132 Tower after the client 7132 Ltd, which manages the resort in Vals.
- 1.
Jury "dissociated itself" with decision to appoint firm Morphosis.
The jury tasked with selecting the design for a new hotel adjacent to Peter Zumthor's Therme Vals spa in Switzerland has "dissociated itself" with the client's decision to appoint Los Angeles firm Morphosis.