> For the complete documentation index, see [llms.txt](https://docs.holoplot.com/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.holoplot.com/user-guides/holoplot-system-deployment/rigging/x1-rigging-components.md).
# X1 Rigging Components
{% hint style="danger" %}
This is a non-comprehensive overview that contains images and text explaining the HOLOPLOT X1 Rigging System for discussion or presentation purposes.
This document does not contain sufficient information in order to safely or successfully operate the X1 Rigging System.
For more detailed information and before operation of the X1 Rigging System please see the X1 Rigging Manual as well as the X1 Rigging Calculator.
{% endhint %}
The HOLOPLOT X1 rigging system contains the following parts:
Placeholder
1. X1 Lift kit: Includes X1 crossbar & X1 Lift Bar L\&R
2. X1 side plates Kit Tab: Includes Sideplate left and Sideplate right
3. X1 dolly and Cover: Flightcase designed to enable horizontal interconnection of X1 modules
The HOLOPLOT X1 rigging system is designed for horizontal and vertical interconnection of modules to create Matrix Arrays.
#### Example
A 3X2 array as well as the operation modes are shown below
1. Single-lift: Single-lift deployments, using one lift bar per column, are recommended for smaller arrays and arrays with small tilt angles. Possible tilt angles are array size dependent and can be checked using the X1 Rigging Calculator.
2. Dual-lift: Dual-lift deployments, using two lift bars per column, are recommended for larger arrays and arrays with larger tilt angles to simplify the setup. Possible tilt angles are array size dependent and can be checked using the X1 Rigging Calculator.
3. Pull-back: For larger negative tilt angles, an additional lift bar can be introduced as a pull-back. Pull-back can only be used for columns with X1 MD96 modules in the bottom row. Possible array configurations can be checked using the X1 Rigging Calculator.
---
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