In alpine architecture, steep rooflines and trapezoid glazing are iconic, yet they present a significant “reputational risk” for designers when standard window treatments fail to perform. For the Dany Style chalet project, the challenge was a set of expansive, atypical windows where gravity threatened to cause curtain sagging and motor strain. The objective was to implement an automated system that could navigate a steep pitch without compromising the high-end aesthetic of the mountain retreat.
“We needed a partner who could engineer a solution for a high-risk architectural feature. Goelst provided the technical certainty that allowed us to move forward with confidence.” — Dany Style
Prototyping for performance
To address the unique gravitational load of this architectural feature, our engineering team constructed a custom simulation rig to replicate the chalet’s exact roof pitch within our facility. This allowed us to pressure-test various motorized configurations and fine-tune the torque parameters required to ensure the fabric remained stable and taut, even when fully raised.
Remote locations demand execution without the risk of costly on-site rework. By resolving technical friction during our prototyping phase, we ensured a repeatable success. This provided the operational certainty required for a flawless installation. Ultimately, our groundwork allowed the design team to focus on the interior narrative instead of worrying about hardware limitations.
“The Goelst motorized system is a masterclass in integration. It provides flawless movement in a challenging space, enhancing the character of the chalet without a single technical compromise.” — Dany Style
Technical integrity meets alpine charm
By integrating early-stage engineering with the Dany Style vision, we transformed a complex structural hurdle into a highlight of the chalet’s interior. The curtains now glide along the slope with absolute precision, proving that even the most difficult architectural angles can support seamless automation when backed by rigorous data.
Curious how we can help you solve your next architectural design challenge? Our team is happy to support you.
