Camargue Skye: The Perfect Balance of Openness & Protection with Retractable Louvers
Why Camargue Skye
Experience the perfect blend of openness and protection with the Camargue Skye. Its innovative retractable aluminum louvers can be rotated for precise light control or fully opened using the patented S-Drive technology. Enjoy maximum sunlight in winter, unobstructed views of the night sky in summer, and complete weather protection when needed. The double-walled louvers shield against rain, snow, and wind, while also allowing warm air to escape on hot days for optimal ventilation.
Technical Specification
| Roof dimensions: | |
| Span - single | 4,5 m maximum |
| Span - single with intermediate beam | 6 m maximum |
| Span - Infinity | 4,5 m maximum |
| Pivot | 6 m maximum |
| Pivot - Infinity | 13,25 m maximum |
| rotation of the slats | Maximum 150° |
| Wind guarantee with closed roof | up to 120 km/h |
| Water drainage | 120 l/m² u |
| Load-bearing capacity | 100 kg/m² |
Flexible Installation & Seamless Integration
Whether you prefer a freestanding structure or a built-on extension, the Camargue Skye adapts effortlessly to your space. Its sleek, modern design blends seamlessly with any architectural style, offering both openness and protection in one sophisticated solution.
Innovative Retractable & Rotating Louvers
The durable aluminum roof features retractable and rotating louvers, allowing precise control over sunlight, ventilation, and weather protection. With its integrated motorized system, you can effortlessly adjust the louvers to let in natural light, provide shade, or shield against rain, snow, and wind—all at the touch of a button.
Unmatched Customization & Superior Durability
The Camargue Skye offers the widest range of side inserts and finishes on the market, including windproof screens, glass panels, Loggia sliding walls, LED lighting, and built-in audio or heating systems. Engineered for high structural strength and efficient water drainage, it ensures lasting performance and comfort in all weather conditions.
