Molecular Cloud Wireframe, a metal lattice agafay desert installation, stands against the vast, open Moroccan landscape.

Vincent Leroy Installs an Open Metal Lattice That Fragments Views of Agafay Desert

User avatar placeholder
Written by Seth Sebastian

2026-11-14

In Morocco‘s Agafay Desert, a metal lattice holds open air where a solid form would normally sit. Molecular Cloud Wireframe is a kinetic agafay desert installation by French artist Vincent Leroy, and its empty spaces carry as much structural weight as its metal.

The project extends Leroy’s Molecular Cloud series, which includes an installation presented at Coachella. Here, the cloud-like volume becomes an open, three-dimensional lattice in this work. The work examines spatial perception, movement and structural transparency.

How the lattice works

Curved linear ribs trace a set of intersecting spherical shapes. The metal lattice sculpture forms a network of lines rather than a closed mass.

The semi-transparent metal cloud merges with heavy, cloud-filled skies above the desert.
the semi-transparent metal cloud merges with the heavy, cloud-filled skies

The structure filters sightlines like a moucharabieh, the latticed screen used in Islamic architecture. As a viewer moves, the surrounding desert breaks into fragments. This kinetic installation works as both a physical object and a spatial drawing.

Leroy’s perforated, screen-like approach to light and enclosure has a counterpart in a pavilion rooted in regional craft traditions: Rarámuri-inspired pavilion blending art and tradition shows how cultural references can shape built form.

A metal lattice cloud in motion, shifting between flowing curves and solid form.
in constant motion, the cloud shifts between fluidity and form

Light changes the reading

Direct daylight brings out the depth of this piece. The overlapping spherical volumes become easier to read as separate forms.

At dusk, contrast against the sky sharpens. The three-dimensional assembly flattens into a graphic, two-dimensional silhouette. Over a single day, the same structure shifts from depth to outline.

A shifting web of thin metal lines stretches across the open desert.
a shifting web of lines
Local passersby pause to look at the unexpected metal cloud in the desert.
an unexpected cloud draws curious glances from local passersby
The metal cloud catches the last warm light of the setting day.
the metal cloud meets the last light of day
Light and shadow play across the criss-crossing metal lattice of the sculpture.
a play of light and shadow across the metal lattice
Metal lattice patterns, resembling a giant moucharabieh, stand against a sunset sky.
like a giant moucharabieh, the metal lattice draws delicate patterns against the sunset sky
Viewed from above, the metal lattice sits beneath a sky glowing gold.
from above, beneath a sky ablaze with gold
Molecular Cloud Wireframe, a metal lattice agafay desert installation, stands against the vast, open Moroccan landscape.
Molecular Cloud Wireframe against the vast desert landscape of Agafay | all images ©Vincent Leroy

Via designboom.com

Frequently asked questions

Who created the Molecular Cloud Wireframe installation?

Molecular Cloud Wireframe was created by French artist Vincent Leroy. It extends his Molecular Cloud series, which includes an installation presented at Coachella.

Where is the Molecular Cloud Wireframe installation located?

The installation is located in Morocco’s Agafay Desert. It is a metal lattice that holds open air where a solid form would normally sit.

How does the lattice filter views of the desert?

The lattice is made of curved linear ribs that trace intersecting spherical shapes, forming a network of lines rather than a closed mass. It filters sightlines like a moucharabieh, so the surrounding desert breaks into fragments as a viewer moves.

How does daylight change the way the installation looks?

Direct daylight makes the depth of the overlapping spherical volumes easier to read as separate forms. At dusk, contrast against the sky sharpens, and the three-dimensional assembly flattens into a two-dimensional silhouette.

Menu