The Poppy pergola collection

The innovation of the Poppy pergola is also illustrated by the integration of zip screen tracks directly into the structure posts.

This unique design eliminates unsightly add-on elements and preserves the purity of your pergola's architectural lines.

The integration of tracks also facilitates installation and optimizes the durability of the screen system, protecting it from external aggressions.

The Poppy pergola can be equipped with motorized side zip screens, available in more than 20 colors to choose from to harmonize perfectly with your outdoor environment.

The zip system keeps the fabric perfectly taut and ensures excellent wind resistance while effectively protecting you from sun, weather and prying eyes.

Somfy motorization allows precise control of opening and closing, with the possibility of connecting your screen to your home automation system for simplified use.

One of the major assets of the Poppy pergola lies in the perfect integration of the screen mechanism into its structure.

This careful design allows to completely hide the technical elements, for a clean and elegant visual rendering.

The integrated screen box effectively protects the mechanism and fabric from weather, thus guaranteeing increased durability of the entire system.

The solid roof of the Poppy pergola integrates a precisely calculated slope to guarantee optimal rainwater flow to the drainage system.

The interior face is offered in white 9010 by default, for a bright atmosphere under your pergola.

For the exterior face, you have the choice between three elegant colors: white 9010, slate gray 7040 mat or roussillon red, allowing harmonious integration with your home and outdoor environment.

The rainwater drainage system with a diameter of 80 mm is perfectly concealed in the structure of the Poppy pergola.

This ingenious design allows to combine aesthetics and functionality, preserving the clean lines of your pergola while ensuring efficient rainwater drainage.

The discreet integration of the gutter into the peripheral beam testifies to the care taken to the details that make the Poppy pergola a high-end product.

The intermediate peripheral beam of 243 x 155 mm offers excellent stability to the entire structure of the Poppy pergola.

Its generous dimensions allow covering large surfaces without compromising the solidity of the whole, even in difficult weather conditions.

The careful design of this beam integrates perfectly into the overall aesthetics of the pergola, with precise joints and elegant finishes that emphasize the premium quality of the product.

The Poppy pergola offers two installation options to adapt to all configurations: installation on invisible plates or by direct sealing in the ground.

The invisible plates guarantee a perfect finish with a completely clean post base, without visible screws, for an impeccable aesthetic rendering.

Sealing in the ground ensures maximum stability, particularly recommended in areas exposed to strong winds or for large pergolas.

For fixed side closures, the Poppy pergola offers integrated aluminum panels with several filling options according to your needs and aesthetic preferences.

You can opt for personalized decorations, solid slats for total privacy, louvered slats to play with light while preserving your privacy, or perforated slats to let air circulate while creating an elegant visual filter effect.

These panels integrate perfectly into the pergola structure thanks to a fixing system specifically designed to guarantee impeccable finish and optimal resistance over time.

The Poppy bioclimatic pergola is equipped with motorized adjustable slats that allow you to precisely regulate sunlight, ventilation and temperature under your pergola.

You have the choice among six finishes for the slats: birch wood tone aluminum, white 9016, light gray 7035, light ivory 1015, aluminum gray 9006 or anthracite gray 7016.

The Somfy motorization of the slats ensures smooth and silent movement, with the possibility of intelligent management adapted to weather conditions via dedicated sensors.