AutoCAD

How to Use Multileader in AutoCAD?

Understanding Multileader in AutoCAD

Multileader is an essential feature in AutoCAD that allows users to create flexible annotations in their drawings. It combines a line (leader) with accompanying text and other symbols, making it easier to convey information clearly and concisely. The Multileader style defines the look of the leader line, arrowhead, and text format, making it customizable to match project requirements.

Creating a Multileader Style

To effectively utilize the Multileader feature, start by creating a custom style:

1. Navigate to the **Drafting** tab.
2. Within the **Leader** panel, select **Multileader Style Manager**.
3. Click on **New** to initiate the creation of a new style.
4. Enter a distinct name for your new style in the dialog that appears.
5. Customize the settings in the **Modify Multileader Style** dialog. Focus on the **Leader Format** tab to adjust options to your liking.

Inserting a Multileader

Once you have your Multileader style ready, follow these steps to insert a Multileader into your drawing:

1. Go to the **Home** tab and locate the **Annotation** panel.
2. Click on **Multileader**.
3. Specify the start point of your leader line in the drawing area.
4. Move your cursor to define the endpoint of the leader line.
5. After determining the endpoint, you can enter your desired text directly or modify it later.

Editing Multileader Text

Modifying the text within a Multileader is straightforward:

1. Double-click the existing Multileader text you want to edit.
2. The **In-Place Text Editor** will appear, allowing you to enter your new text.
3. Once the changes are made, click **Close Text Editor** on the contextual ribbon or hit **OK** to save.

Adjusting Multileader Elements

AutoCAD provides flexibility to adjust elements of your Multileader, such as the arrow and leader’s appearance:

1. To change the arrow style, access the **Dimension Style Manager** under the **Home** tab.
2. Select the current dimension style and choose **Modify**.
3. Navigate to the **Symbols and Arrows** tab, where you can select different arrow styles or user-defined arrows.

Flipping a Multileader

If you need to change the direction of your Multileader:

1. Access the **Home** tab and find the **Modify** panel.
2. Select the Multileader you want to flip.
3. Click on **Rotate** and specify a base point to rotate.
4. You can either enter an angle of rotation or drag the Multileader to its new position.

Handling Multileader Blocks

When you need to edit a block associated with a Multileader, follow these steps:

1. Use the **Explode** command to break the Multileader into its component parts.
2. Right-click on the block you wish to edit and select **Edit Block In-Place**.
3. Unlock the text portion to make necessary adjustments.
4. After modifications, exit the editor and redefine the block.

FAQs

**1. Can I create multiple Multileader styles in AutoCAD?**
Yes, AutoCAD allows you to create and manage multiple Multileader styles tailored to different annotation needs.

**2. How do I remove a Multileader from my drawing?**
To remove a Multileader, simply select it and press the **Delete** key.

**3. Is it possible to add different text styles to a single Multileader?**
No, within a single Multileader instance, the text style remains uniform. You would need to create separate Multileaders for different text styles.

About the author

Wei Zhang

Wei Zhang

Wei Zhang is a renowned figure in the CAD (Computer-Aided Design) industry in Canada, with over 30 years of experience spanning his native China and Canada. As the founder of a CAD training center, Wei has been instrumental in shaping the skills of hundreds of technicians and engineers in technical drawing and CAD software applications. He is a certified developer with Autodesk, demonstrating his deep expertise and commitment to staying at the forefront of CAD technology. Wei’s passion for education and technology has not only made him a respected educator but also a key player in advancing CAD methodologies in various engineering sectors. His contributions have significantly impacted the way CAD is taught and applied in the professional world, bridging the gap between traditional drafting techniques and modern digital solutions.