GENNIUS A2C Freestanding Double
- Extend your outdoor living season
- Wedding and banquet halls can guarantee dry functions
- Restaurants can create or expand outdoor seating
- Improve the ambiance with optional integrated LED lighting and Audio
- Fully protect your space with optional perimeter solar shades
- Improve dining and entertainment space for County Clubs and more…
The KE Durasol Gennius A2c model is our most heavy-duty model; perfect for waterproofing and or shading larger areas. The freestanding version of this model turns an unprotected open seating area into a protected space. This retractable pergola awning isn’t just heavy-duty enough to handle inclement weather… it was specifically designed for it!
The A2C Freestanding Double Gennius has two motors and projects fabric toward two opposing sides. Gennius guide rail profiles are supported by integrated extruded aluminum structural rafter and column (post) framework. The maximum projection of this freestanding Gennius model is 47’3″, with and maximum width of 42’8″.
That’s over 2,000 square feet of space covered with a double sided motorized fabric roof!
Wind resistance guaranteed up to class 6 in accordance with UNI EN PR 13561. Integrated rain management technology captures rainfall and routes it into its gutter and down the front support posts.
The Gennius has a protective hood covering the fabric when in the retracted position. It is engineered with a special 7-layer aluminum panel that is rain drop quiet, and unobtrusive. The waterproof, fire-retardant fabric protects from damaging and uncomfortable UV light and heat, keeps the rainwater off of the space it protects.
All models Gennius are tested and have been certified CE
The recommended maximum size is: in width 42’8″ in projection 47’3″
- Fully enclose with optional manual or motorized perimeter solar shades
- Push-button motorization
- Fully automated with sensors and timers
- Wall / ceiling mountable with adjustable front support post
Gennius A2C Freestanding Double
Available colors for the structure