SkyVera Aluminum Fabric Pergola Systems are modern shading solutions developed so that you can use your outdoor living spaces in comfort all year round. While controlling sunlight thanks to its aesthetic aluminum carrier structure and movable fabric ceiling system, it adds a stylish and prestigious look to your living spaces.
Thanks to its motorized movement system, the fabric ceiling can be opened and closed with a single touch. In the fully open position, you can enjoy the sky, and in the closed position, you can provide effective protection against sun rays and precipitation. The fabric structure, which moves on a special rail system, offers both aesthetic and functional use thanks to its taut and flawless surface.
SkyVera Fabric Pergola Systems use SIOEN and Serge Ferrari technical fabrics, which are preferred worldwide. These premium fabrics, which stand out with their high UV resistance, color fastness, waterproof structure and long-lasting performance, provide superior protection even in harsh weather conditions. Thus, the system maintains its original appearance and performance for years.
Thanks to their modular structure that can adapt to different architectural projects, SkyVera Aluminum Fabric Pergola Systems offer a wide range of use from residences to hotels, restaurants to commercial projects. With its modern design lines and elegant details, it increases the aesthetic value of open living spaces while preserving their architectural integrity.
The system, which can be produced in custom dimensions, can be designed to suit the needs of every space thanks to different openings and projection options. Pergola systems, which can be applied independently or integrated into the existing structure, allow living spaces to be used more functionally.
Thanks to its structure that can work integrated with LED lighting, ZIP blind systems, sliding glass systems and guillotine glass systems, outdoor areas can be used comfortably at different times of the day and in changing weather conditions. Thus, outdoor areas cease to be merely seasonal use areas and become a natural part of life.
Rainwater is collected in the front rain gutter thanks to the slope on the fabric surface and directed to the front carrier posts via hidden drainage channels integrated into the system. The water is transferred to the ground in a controlled manner via the drainage channels located inside the columns.
SkyVera Fabric Pergola Systems use world-renowned SIOEN and Serge Ferrari technical fabrics. Manufactured in accordance with the EN ISO 2286-2 standard, these fabrics offer long-lasting performance in harsh weather conditions with their 850 g/m² weight, 0.55 mm thickness, and durable structure against temperatures ranging from -30°C to +70°C. They provide high resistance to UV rays, precipitation, and external factors, creating reliable protection in outdoor living spaces.
SkyVera Pergola Systems allow you to manage your living spaces with a single touch thanks to Becker B-Tronic and Somfy Connexoon smart control technologies. The pergola, ZIP blinds, lighting, and other integrated systems can be controlled remotely via smartphone, tablet, or computer, so you can easily optimize your comfort and energy management from anywhere.
SkyVera systems adapt to different architectural needs with wall-mounted, free-standing, curved, and custom design application options. Thanks to its wide range of models, it offers aesthetic, functional, and project-specific solutions for terraces, gardens, restaurants, cafes, and commercial areas. Thanks to its modular structure, size, span, and carrier configurations can be optimized according to the project.
With this part applied to the outward-facing parts of the motor tube along with the motor cover, the mechanical components that would be visible from the outside are hidden, completing the elegance of the system.
Standard: EN ISO 2286-2
Weight: 850 g/m²
Thickness: 0,55 mm
Heat Resistance: -30°C / +70°C
It is used on the outward-facing parts of the rain gutter to achieve an aesthetic appearance and prevent water from overflowing from the sides. Mounted to the gutter thanks to clips (without screws), this cover provides a monolithic gutter appearance.
It provides insulation between the moving parts of the awning system and its construction. It prevents rainwater from entering the closed area and directs it to the rain gutter. Excellent drainage is ensured thanks to these elastic gaskets.
The protective sheet mounted at the top of the Rail Awning System protects the motor, rail connection brackets, and the fabric when it is retracted from adverse weather conditions and external factors. It is produced from special bent galvanized sheet metal and painted with static paint in the body color.
A 24 Volt LED lighting is used in the rail awning system (700 lumens - 3000 Kelvin daylight) and is designed so that there is an average of one unit every 1 meter. It is integrated into the system with polycarbonate LED casings by being applied to the awning fabric profile.
The rail awning carrier trolley is the element that provides the movement of the awning fabric within the rails. Its raw material is a polyamide material that has the property of gaining extra strength in outdoor weather conditions. While the carrier trolley provides silent operation and smooth flow within the rail, it continues to operate despite any possible contractions.
Thanks to this special bracket produced in an injection mold and made of high-alloy cast aluminum, the connection of two gutters is provided. The most important advantage of using this bracket is that it completely solves the insulation problems at the gutter connection points and provides a more elegant finish aesthetically. In terms of design, it is also complementary for the system to look monolithic.
This part, which closes the front end parts of the rails used in the system, is produced from aluminum and painted with static paint in the body color. Thus, it gives an aesthetic appearance to the product finishes.
Rainwater is collected in the front rain gutter thanks to the slope on the fabric surface and directed to the front carrier posts via hidden drainage channels integrated into the system. The water is transferred to the ground in a controlled manner via the drainage channels located inside the columns.
