W – pergola overhang
H1 – pergola foot height, standard 230cm (can be made lower or higher, additionally paid option)
H2 – the height of installation to the wall depends on the angle of inclination and the reach of the pergola

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H1=Height of the support profile (standard 230cm) (possibility of making lower or higher supports. Supports above 240cm are not recommended and are made optionally without warranty)

X=The height of the elements above the support, which includes the height of the guide and the gutter. The value depends on the angle of the pergola, min. 28cm

Pergola 1 module

S – width of the pergola
H1 – pergola foot height, standard 230cm (can be made lower or higher, additionally paid option)

Pergola 2 modules

S – width of the pergola
H1 – pergola foot height, standard 230cm (can be made lower or higher, additionally paid option)

Combining multiple pergolas

Common pole – a solution for long rows of pergolas. This way you can get a width of up to 2x900cm

Recommended roof pitch

Recommended drop min. 8°:
C = 215mm (mm/1m projection)
H1 – pergola foot height, standard 230cm (can be made lower or higher)
H2 – installation height at the wall depends on the angle of inclination and the reach of the pergola

Pergola components:

1. 1. Runner
   2. Pole
   2a. Foot
   3. Gutter
   4. Tension beam
   5. Fabric beam
   6. Stiffening beam
   8. Guide profile
   9. Steel pipe
   10. System roof
   13. Powertrain
   14. Roof fabric

Pergola construction profiles:

• Rail
• Pole
• Gutter
• Tension beam
• Fabric beam
• Wall profile

• Pergola guide 80x130mm
• Pergola support 80x130mm
• Drain gutter 155×147.5

• Engine beam
• Tension beam
• A beam of fabric
• Gasket

• Curtain profile
• Dip cap
• Head frame
• Keder 8mm

Water drain from the pergola

Water is drained to the front of the structure, through the front supports

System pergola roof as standard

Wind shelters as standard

Wind shelters as standard

Side guide seal as standard

Integrated water drainage gutter as standard

Integrated ZIP-78 on the front of the pergola

The drive unit consists of an electric motor placed inside a double-sided gear transmitting torque to all gears simultaneously through steel pipes. The whole thing is discreetly hidden under a fixed roof and covered with fabric from underneath.

The fabric connected to the beams moves along the guide using roller carriages pulled by a toothed belt. The seal placed in the guide profile prevents rainwater from flowing onto the sides of the pergola.

Windproof beams provide support for the fabric, preventing it from sagging excessively under the load of wind and water. Additionally, at intervals of approximately 120 cm in the direction of the projection, a keder profile connected to the beam is heated into the fabric to eliminate fabric blowing.

Rainwater flows down the fabric towards the gutter where it is collected and directed to the poles. The gutter is a structural node integrating the guides with the columns.

Spot LED lighting with a warm color can be installed on selected fabric beams. The power cord is completely hidden in a pocket heated along the edge of the fabric.

Water is drained from the gutter through all the posts and flows outside through the drain hole located at the front of the pergola.