# Reduce Mesh

## <img src="/files/UxlVVjEt02vz4mnQ7XXm" alt="" data-size="line"> Reduce Mesh

The **Reduce Mesh** command allows you to reduce the polygon density of a mesh object, simplifying its structure. This tool is ideal for reducing the complexity of meshes without significant loss of precision in areas that don’t require detailed geometry, resulting in a smaller, more manageable file size.

#### Key Features:

* **Density Reduction:** The tool enables controlled reduction of the polygon count, simplifying the mesh while maintaining a visually acceptable level of detail.
* **File Optimization:** Reducing the mesh density helps decrease the file size, making it easier to handle and improving performance when working with complex objects.
* **Preservation of Detail:** The command is designed to maintain essential details in the mesh while removing unnecessary elements, ensuring precision where it’s most needed.

#### Parameters:

* **Reduce to  polygons:** Specifies the desired number of polygons after reduction. This option allows users to set an exact polygon count for the mesh.
* **Reduce by percent:** Specifies the reduction as a percentage of the starting polygon count. This allows for a proportional reduction based on the original mesh density.
* **Planar only:** Restricts the reduction to planar polygons only, ensuring that only flat surfaces are simplified while keeping more detailed areas intact.

#### Advantages:

* **Smaller File Size:** Reducing mesh density significantly reduces the file size, which is useful for projects with highly detailed or complex meshes.
* **Improved Performance:** Simplifying the mesh geometry enhances performance in viewing and manipulating objects, especially for large files.
* **Customization:** The tool is flexible, allowing users to adjust the level of reduction based on the detail required for the project.

This command is especially useful when working with high-resolution models that need to be optimized for presentations, prints, or exports without compromising essential visual appearance.


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