AutoCAD

How to Make Cylinder on AutoCAD?

Understanding Cylinder Creation in AutoCAD

Creating a cylinder in AutoCAD involves several straightforward steps, utilizing various commands within the software to achieve either a solid or hollow shape. The instructions below detail the process, catering to users at all skill levels.

Steps to Create a Solid Cylinder

  1. Access the Cylinder Tool: Begin by navigating to the Home tab. Look for the Modeling panel and identify the Cylinder option.

  2. Define the Starting Point: Once you select the Cylinder tool, the Command prompt will appear. Click on your desired location in the drawing area to specify the base point for the cylinder.

  3. Set the Radius: Next, you will be prompted to specify the cylinder’s radius. Click again to set the radius as needed, or enter a specific numerical value for precision.

  4. Determine the Cylinder’s Height: After the base has been defined, you will be asked to input the height of the cylinder. Again, you can either click to indicate the height or type a specific measurement.

Creating a Hollow Cylinder

To design a hollow cylinder, follow these steps:

  1. Access the Hollow Tool: Click on the Solid tab, then navigate to the Features panel and select the Hollow option to open the Hollow Solid dialog box.

  2. Select the Solid: Move your cursor over the solid cylinder you wish to make hollow. Click on the face of the cylinder that you want to remove.

  3. Offset the Face: Use the dialog options to specify how far inward you want the removal to create the hollow space.

  4. Finalize the Design: After defining the offsets, confirm your selections to complete the hollowing process.

Drawing an Isometric Cylinder

Isometric drawings provide a different approach due to their unique angles:

  1. Activate Isometric Orientation: On the status bar, enable isometric drawing mode by selecting the desired isoplane (Left, Right, or Top).

  2. Initiate the ELLIPSE Command: At the Command prompt, type ELLIPSE and hit Enter. Then, input ‘i’ to specify the isocircle.

  3. Define Center and Size: Indicate the center point of the isocircle and then specify the radius or diameter as required.

Extruding Faces of a Cylinder

For more complex designs, you can extrude existing faces:

  1. Choose the Extrude Faces Tool: On the Home ribbon, locate the Solid Editing panel and select the Extrude Faces option.

  2. Select Face(s): Click on the surface of the cylinder you want to extrude. The selected faces will be highlighted.

  3. Specify the Distance: After selecting a face, input the distance to extrude the shape to create a new solid feature.

Accessing the Modeling Panel

If you need to locate the Modeling panel or change its display settings:

  1. Open Options: Type OPTIONS into the command line and press Enter.

  2. Enable Tabs: In the dialog that appears, click the Display tab, and under the Layout elements section, check the box that says “Display Layout and Model tabs” before clicking OK.

Frequently Asked Questions

1. What version of AutoCAD is currently the latest?
The latest version as of now is AutoCAD 2025, featuring updates and enhanced tools for design tasks.

2. Can I modify a cylinder after it’s created?
Yes, cylinders in AutoCAD are editable. You can use commands such as Scale, Rotate, or Move to adjust their dimensions or position as needed.

3. How can I visualize curves smoother?
To improve the smoothness of your 3D solids, including cylinders, adjust the FACETRES system variable, which controls the resolution of curved surfaces in shaded views.

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.