HORIZON SLOPE by MOBAU – flexible side awning for sloping surfaces

MOBAU HORIZON – Side awning as a slope system - Inclined design

The MOBAU HORIZON in the SLOPE version is the elegant solution for privacy and lateral sun protection , adapting to the slope of an existing awning or patio roof. It reliably protects against unwanted views and low-angled sunlight from the side , where conventional awnings don't provide sufficient shade. This transforms the patio, balcony, or garden area into a sheltered haven of comfort.

Design & Operation

The HORIZON impresses with its sleek, modern design and compact housing in which the screen is safely and securely rolled up. Operation is convenient and simple:

• The fabric is pulled out of the box by hand.

• The end strip is hooked into the holder at the front.

• An integrated backstop prevents the cloth from snapping back uncontrollably, providing additional safety and comfortable handling.

  
  

Technical features

• Sloping design – ideal for the side border of a terrace, balcony or garden

• Maximum projection up to 400 cm

• Manual operation with safe backstop brake

• End strip with stable guide - for secure hold after hooking on

• Vertical assembly is optional – GRP stiffeners are sewn into the fabric for stabilization.

• Compact box – reliably protects the fabric from the elements.

• Durable aluminum profiles – powder-coated in standard colors white (RAL 9016), white (RAL 9010), silver (RAL 9006), anthracite grey matt (RAL 7016), brown (RAL 8022) or DB 703 fine structure, optionally available in all RAL/DB colors.

  
  

Fabric selection & functionality

The MOBAU HORIZON is covered with high-quality acrylic and screen fabrics from leading manufacturers . These offer:

• UV protection – reliable filtering of harmful rays

• Privacy screen – protects against unwanted views

• Glare protection – blocks out disturbing sunlight

• Heat protection – reduces the heating of adjacent areas

  
  

The fabrics are available in various colours and levels of transparency and can be optimally matched to architecture and personal preferences.