Home » Projects » Valley Winds Become a Musical Performance in The Sound of Wood Through a Horizontal Layer of Bells

Valley Winds Become a Musical Performance in The Sound of Wood Through a Horizontal Layer of Bells

Visitors interacting with a long timber architectural installation along a grassy slope surrounded by lush green forest trees.
Visitors engage directly with the timber structure, turning the architectural pavilion into an active acoustic instrument driven by human movement and wind. (Image © Aunave Antoine)

The Valley as a Space to Be Heard

Nestled in the hollow of the valley, the village rests between the surrounding mountains, seemingly sheltered from the bustle of the world. The air here feels denser and purer, preserved by sunlight filtering quietly from behind the peaks. In this way, the natural landscape shifts from being a visual backdrop to becoming a subject of contemplation and listening. In winter, snow blankets the slopes in layers that impose a still silence, while summer awakens them with a continuous, cautious vibration. The entire experience is defined by an ambiguous distance, as everything appears both near and far at once, until the sound of wood arrives one morning from a remote place, revealing that the space is perceived through hearing before sight, and that the rising winds are what set it in motion.

The Combs and the Horizontal Layer of Bells

Against this backdrop, the combs emerge wearing a new horizontal layer of bells. The role of the architectural element therefore changes: it no longer merely defines a mass, but draws a dividing boundary that catches the first sunlight and makes itself visible within the space. At that point, the space shifts from being a field for observation to a field for action, as the valley becomes a musical instrument and the human becomes a participant rather than a recipient. The experience concludes with a direct invitation to move: we pick up a stick and begin to play, completing the interaction between the body, wind, light, and sound.

ItemDetails
ArchitectsAntoine Aunave, Flora Peyrot, Mathilde Steenhaut, Luc Loviton
Area15 m²
Year2026
PhotographsAunave Antoine
Lead ArchitectsAntoine Aunave, Flora Peyrot, Mathilde Steenhaut, Luc Loviton
CategoryInstallations & Structures, Landscape Architecture
Design TeamAntoine Aunave, Flora Peyrot, Mathilde Steenhaut, Luc Loviton
CityFaverges-Seythenex
CountryFrance
High-angle aerial drone view of a narrow triangular wooden pavilion positioned at the edge of a dense green forest and pathway.
An aerial perspective reveals the slender, wedge-shaped footprint of the timber pavilion nestled along the forest boundary and winding valley trail. (Image © Aunave Antoine)
Tapered wooden pavilion structure descending a grassy hill with visitors walking beneath its timber framework near a dense forest.
The asymmetrical timber structure steps down the mountain terrain, creating covered passages beneath its rhythmic wooden beams. (Image © Aunave Antoine)

First Movement: The Body as an Active Participant in the Landscape

Within this unexpected dialogue, perception changes and the body begins to move. As we extend our arms forward and cross the wall, the space opens musically around the movement. The wave then spreads, while the notes change as the cut wooden beam becomes shorter. Although the slender wooden section does not reveal the structure’s undulating sail, the bells of the wooden frame hold together through a simple logic: a horizontal movement extending beyond the site’s terrain.

The Single Section and the Experience of Vertigo

This logic is concentrated in a 4-cm-thick wooden beam located at the heart of the cabin, which organizes dimensions, carries loads, provides support, resists forces, and, above all, transforms the wind into a musical instrument through its movement. From here, the slight deflection in this slender extended section produces a limited sway at its highest point. An experience of vertigo consequently emerges at the heart of a natural landscape that appears calm and still. Soon, the railing extending along the elevated walkway takes over to secure movement, returning the body to a state of stability.

Architectural drawing displaying the plan layout and structural grid dimensions of the timber pavilion installation.
Architectural plan detailing the structural spacing, grid dimensions, and layout of the timber posts and elevated walkway deck.
Elevated wooden walkway ramp set against a vast green alpine valley and forested mountain hillsides.
The elevated wooden deck follows the natural slope of the landscape, creating a bridge between the body’s movement and the expansive valley views. (Image © Aunave Antoine)

Asymmetry and the Gradation of Boundaries

The asymmetrical structure extends beyond ground level to reach the visitor’s hand from the northern side, establishing a gradation between the different facades. These boundaries begin interacting with the body from the moment of approaching the site, placing the visitor face to face with the expansive natural landscape. Then, inside the cabin and among the swaying sails, a cavity filled with the ringing of bells preserves a degree of intimacy, as though rewarding the more adventurous visitors who move forward through the project’s walls.

Wood Geometry and the Rhythm of Extension

The geometry of the crafted wood keeps the site within its horizontality, the forest within its verticality, and the body within its depth. In contrast, the structure’s regular rhythm playfully responds to the irregularity of the ground, offering a multiplicity of uses, sensations, and framed views. This rhythm then breaks free in a specific direction, toward a natural scene or a view, propelling the body toward that rural extension advancing forward.

Architectural axonometric line drawing showing visitors interacting with the elongated wooden walkway and pavilion in a landscape setting.
Axonometric diagram illustrating user movement across the elevated walkway deck and around the slatted acoustic structure.
View from inside a wooden slat corridor framing a scenic landscape view of a green meadow and mountain forest.
The interior wooden passageway frames a focused view of the distant alpine meadow and mountain slopes, balancing intimacy with landscape openness. (Image © Aunave Antoine)
Interior view looking up at dense vertical timber studs and suspended wooden acoustic chimes forming a covered corridor.
Inside the cabin corridor, closely spaced timber elements and suspended wooden blocks form an immersive acoustic space filled with resonance. (Image © Aunave Antoine)

✦ ArchUp Editorial Insight

The text reveals that what is presented as an experience of contemplation within the valley is based on a deeper logic: transforming the wind, an environmental force that cannot be negotiated, into an operational program for the building. The combs and the horizontal layer of bells are not formal ends in themselves, but means of making the site function as an instrument activated through movement, shifting the visitor from the position of recipient to that of operator. Yet this transition carries consequences that the text does not fully explain. The 4-cm-thick wooden beam combines load-bearing, organizational, and musical functions, while its slight deflection produces a sway at the highest point, meaning that the vertigo experienced by the body is a direct consequence of the economy of the single section and does not appear to be an independent decision. The railing then arrives to address an effect that has already been produced by the section itself, suggesting that safety here is a corrective layer introduced afterward. The text also leaves several questions unresolved: who is responsible for maintaining wood exposed to continuous winds and seasonal fluctuations? And who bears the burden of adjusting the bells each time the beam is cut and the notes change? These questions concern what happens after handover, when the designer disappears and the operator remains. Accordingly, the architecture that promises the visitor participation also makes them a participant in a risk whose parameters they had no role in determining.


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