AutoCAD

How to Rotate DWG in AutoCAD?

Understanding How to Rotate Drawings in AutoCAD

Rotating DWG files in AutoCAD can be essential for proper presentation or alignment. Here’s a detailed guide on how to effectively rotate drawings within various contexts of AutoCAD.

Rotating a Drawing in the Layout

  1. Access Layout Tools: Start by navigating to the layout where your drawing is located.

  2. Activate MVSETUP Command: At the command line, type MVSETUP and press Enter to begin the viewport setup process.

  3. Align the View: When prompted, type A for Align. This option helps in adjusting the viewport to match a particular angle.

  4. Choose Rotation: To rotate the view, input R for Rotate. You can specify this either by entering an angle directly or by selecting two reference points in your drawing.

  5. Select the Viewport: If your layout contains multiple viewports, click on the one you wish to rotate to ensure it is active.

  6. Set a Base Point: After selecting the viewport, specify a base point around which the rotation will occur. This point acts as the pivot for the rotation.

  7. Finalize the Rotation: Input the angle or click on the second point to determine the rotation’s extent.

Rotating Views within Viewports

To work internally within a viewport, follow these steps:

  1. Double-Click the Viewport: Find the specific viewport you want to modify, and double-click inside it to activate.

  2. Verify UCS Orientation: Ensure that the User Coordinate System (UCS) is correctly aligned. You want the UCS icon to appear normal.

  3. Access UCS Settings: Navigate to the View tab, then click on the Coordinates panel. Make sure it is set to World.

  4. Select Z Rotation: Go back to the same panel and choose the Z option to rotate around the Z-axis.

  5. Input Rotation Angle: Enter the degree of rotation you desire, such as 90 for a quarter turn clockwise.

Rotating Individual Objects in AutoCAD

For individual objects:

  1. Activate the Rotate Tool: From the Home tab, find the Modify panel and select the Rotate option.

  2. Select Your Objects: Click on the objects you intend to rotate.

  3. Determine a Base Point: Next, specify the base point around which the object will rotate.

  4. Input Angle or Drag: You can either type in the rotation angle or click and drag the object to the desired orientation.

Managing the UCS (User Coordinate System)

Adjusting the UCS can also influence how you manipulate your drawings:

  1. Right-Click UCS Icon: Locate the UCS icon at the bottom-left corner, right-click it, and choose Rotate Axis.

  2. Select Axis: Depending on your requirements, select X, Y, or Z for rotation.

  3. Drag the Cursor: Move your cursor to visually adjust the angle, or input a specific degree for precision.

Twisting the Model Space

For a unique view adjustment:

  1. Use DVIEW Command: At the command line, type DVIEW and press Enter.

  2. Select Objects: When prompted, select all objects in your drawing.

  3. Twist Command: Enter TW to initiate the twist function, allowing you to rotate the view without affecting the coordinate system.

FAQ Section

Q1: What do I do if my viewport does not rotate as expected?
Check the active UCS settings and ensure it is aligned with the object you wish to rotate. Sometimes, resetting the UCS back to World can resolve this issue.

Q2: Can I rotate multiple viewports at once?
No, AutoCAD allows you to adjust one viewport at a time. You will need to follow the rotation procedure for each viewport individually.

Q3: Is there an alternative method to rotate drawings without using commands?
You can also use grips to rotate objects manually. Click on an object, then select the grip at its center and rotate it visually to your desired angle.

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.