Modern pavilion with shifting shades in New Mexico's high desert, an interactive space pavilion.

Michael Jantzen’s Interactive Pavilion: A Dynamic Shelter with Shifting Shades in New Mexico’s High Desert

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Written by Flynn Matthews

2026-10-31

In New Mexico‘s high desert, the innovative Interactive Space Pavilion offers an adaptable solution to the shifting sun. Rather than a stationary canopy, Michael Jantzen envisions a movable shelter allowing users to effortlessly control their shade and shelter with the push of a button.

Designed specifically for a site near Santa Fe, this pavilion features two vivid yellow lounge chairs and a matching storage unit situated on a circular platform. Its design employs extensive curved steel frames that extend outward, creating a substantial footprint beyond the simple seating area. This expansive structure is not merely for aesthetics but serves a functional purpose, offering dynamic shelter options for its occupants.

Close-up of pavilion structure with adjustable panels against a clear sky.
Interior view of the pavilion showing dynamic geometric designs.

Interactive Space Pavilion Mechanics: Embracing Flexibility

Four structural frames direct eight movable panel assemblies, each comprised of rigid segments connected with hinges, allowing fluid movement along the supportive curves. Resembling articulated shutters rather than a fixed roof, these panels can be repositioned using small electric motors. A modified garage-door opener enables users to adjust the panels with ease, merging familiar mechanics with architectural novelty.

Explore another dynamic structure with a modular pavilion that transforms from a festival gateway to a teahouse.

Desert landscape surrounding the pavilion with sparse vegetation.
View of pavilion's shaded areas under adjustable overhead panels.

Transforming the Ambience

The pavilion’s movable panels redefine its environment, providing shade for reading while preserving a connection to the surrounding landscape. By configuring the panels, the space adapts between open and enclosed, reshaping the interaction between light, shadow, and the vivid yellow furniture that anchors the setup.

Geometric shade patterns produced by the pavilion's adjustable features.
Pavilion seen from afar with panoramic desert backdrop.

Possibilities and Challenges

Although solar panels are proposed as future enhancements to energize this innovative structure, practical considerations like wind resistance and dust tolerance remain to be tested. Adjusting airflow through strategic panel placement is part of the conceptualization but proving comfort in desert conditions is essential for real-world application.

Architectural details of the pavilion's interconnected geometric panels.

With its unique ability to morph according to user preference, the pavilion provides flexible shelter options. However, the challenge remains in meeting individual desires for sunlight and views, potentially necessitating some negotiation over the remote control to create a harmonious retreat experience.

For another innovative architectural design, Casa Tao in Puerto Vallarta also utilizes concrete and innovative shading for a unique dwelling experience.

The Interactive Space Pavilion stands as a testament to creative problem-solving in architecture, merging aesthetic appeal with practical adaptability, while offering a unique response to the environment of New Mexico’s high desert. Its design reflects elements of desert architecture, adapting the structure naturally to its arid surroundings.

Modern pavilion with shifting shades in New Mexico's high desert, an interactive space pavilion.

Source: yankodesign.com

Frequently asked questions

What makes the Interactive Space Pavilion unique?

The Interactive Space Pavilion offers a movable shelter that allows users to control their shade and shelter with a button, featuring articulated panels that can be repositioned using electric motors.

How do the panels of the pavilion operate?

The panels are comprised of rigid segments connected with hinges, allowing fluid movement along supportive curves, and they can be adjusted with a modified garage-door opener.

What challenges does the pavilion face?

Challenges include wind resistance, dust tolerance, and ensuring comfort in desert conditions, all of which are crucial for its real-world application.

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