What types of pergolas are there? Which one is right for me?
The types of pergolas depend on the area you want to cover. All movable systems have maximum dimensions based on their type, so additional units — often multiple systems in a row — are installed if needed to cover the entire space. The frame of each structure varies depending on the dimensions and client preferences and can be made of wood, steel, or aluminum, which is electrostatically painted for increased durability over time.
The tent pergola is an ideal solution for dining areas, allowing the space to be opened or closed within seconds according to the moment’s needs. Its fabric has an integrated sun-protection film, providing coolness in summer and waterproofing in winter. In private spaces, it can be installed on balconies, terraces, or courtyards. It is a durable solution, requiring minimal slope for rainwater drainage, and offers excellent aesthetics. It can also be installed as a freestanding structure.
The bioclimatic pergola features adjustable aluminum louvers that can be positioned according to the sun’s angle. Increasingly chosen for modern homes, it does not require slope, and its architecture favors clean, square, horizontal lines. In the cassette type with side guides, the fabric rolls into a protective box. Installation can be on an existing structure or with independent columns for those who want a robust construction that provides sun and rain protection.
The Balloo pergola is a more economical solution. It also uses columns, though of smaller dimensions, making it ideal for homes, balconies, terraces, and courtyards. The fabric is acrylic yarn, providing coolness and protection from light rain. In gardens and on terraces, it can replace umbrellas for those seeking a sturdier construction.
Ultimately, the final choice is made together with a specialist, based on the space to be covered, the pergola’s intended use, and whether it is for a home or commercial property. All pergolas require an engineer’s approval, and large constructions may require additional structural studies unless the manufacturer provides system specifications and certifications. In conclusion, the best solution results from the collaboration of the engineer, the installer, and the client.
