# Sloped Honeycomb Blind System
Source: https://www.fenetresystems.com/en/sloped-honeycomb-blind/

# Sloped Honeycomb Blind

Single-cell honeycomb on the sloped glass plane. The light panel does not strain the rail even on long slopes.

## How Does the Single Cell Work on a Slope?

The rail beats gravity’s angle; the single layer stays light on the sloped line.

On sloped glass the panel cannot work vertically; gravity would hang it off the plane. Side rails hold the single-cell honeycomb to the angular plane — the system slides along the slope.

Single-layer fabric leaves low load on the rails and tension cords; on long roof slopes and frequently opened planes the mechanism runs easily.

The panel inside the rail holds position on the slope; tension cords prevent sagging, and the honeycomb pockets keep up the air barrier along the plane.

## Standout Parts of the System

Slope rail, tensioning and single-cell panel are the system’s identity.

- Rail Grip On the sloped plane the single-cell panel grips the side rails; no sagging.
- Light Sloped Panel Single-layer fabric leaves low load on rail and tension; runs easily on long slopes.
- Angular Pocket On the slope the honeycomb pockets keep up the air barrier.
- Angle-Specific Slope angle and size measured to produce.

## Who Is the Sloped Honeycomb For?

Places wanting a light, practical cover on sloped glass.

On the attic’s sloped window the single-cell railed arrangement solves the cover; a vertical blind sags while the honeycomb panel stays flush to the plane.

On the stairwell’s sloped glass the railed panel follows the angle; the light fabric does not strain the mechanism on long slopes.

If a double buffer is wanted on the roof line where heat loss is critical, the [sloped duette blind](https://www.fenetresystems.com/en/sloped-duette-blind/) is described on a separate page; on fully vertical windows the sloped system is unnecessary.

## Frequently Asked

Does the sloped panel sag?

Side rails and tension cords hold the plane; the single layer’s lightness is an added advantage on slopes.

How is the angle measured?

The slope degree and glass size are measured; the rail angle goes into production.

Can it be motorised?

On hard-to-reach sloped glass the motorised variant runs at a single touch.

Does it stay fully open?

Inside the rail the panel holds at any position; partial coverage is possible too.

This page is the system’s mechanism, configuration and mounting; the honeycomb-or-duette decision on a sloped window is compared in the [application decision guide](https://www.fenetresystems.com/en/sloped-window-honeycomb-blind/). The attic scenarios where the slope rail works are detailed in the [attic application](https://www.fenetresystems.com/en/attic-honeycomb-blind/); the fully horizontal plane is solved on the [ceiling system](https://www.fenetresystems.com/en/ceiling-honeycomb-blind/).

## Send the Slope Measurement

With slope angle and glass size, a sloped honeycomb production and mounting plan is relayed.

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