How Do You Draw a Cylinder in Isometric View in Autocad?

In this tutorial, we will learn how to draw a cylinder in isometric view using AutoCAD. Drawing a cylinder in isometric view can be a bit challenging, but with the right techniques, you can easily create accurate and visually appealing drawings.

Step 1: Set up the Drawing Environment

Before we start drawing, let’s set up our drawing environment. Open AutoCAD and create a new drawing file.

Set the units to your desired measurement system and adjust the grid spacing as per your preference. To enable isometric snap mode, type “SNAP” in the command line and set the snap style to “Isometric. “

Step 2: Draw the Base Circle

To begin drawing the cylinder, we will first draw its base circle. Type “CIRCLE” in the command line and specify the center point of the circle.

Then, enter the radius of the circle when prompted. Make sure to place it on an isometric plane by snapping to one of the grid intersections.

Step 3: Draw Construction Lines

Next, we will draw construction lines that will help us create accurate isometric projections of our cylinder. Type “LINE” in the command line and draw two vertical lines from opposite points on the circumference of our base circle. These lines should extend upward to represent the height of our cylinder.


You can use DIVIDE command as well to divide your base circle into equal segments for more precise construction lines.

Step 4: Create Isometric Circles

To create an isometric projection of our cylinder, we need to draw two additional circles representing its top and bottom surfaces. Use COPY command or simply draw two new circles with the same radius as the base circle. Place them above and below the base circle along the construction lines.

Step 5: Connect the Circles

Now, we will connect the corresponding points on each circle to create the curved surface of our cylinder. Use LINE command to draw lines between the points where each pair of circles intersect. Repeat this process until all points have been connected.

Step 6: Erase Construction Lines

After completing the previous step, we can now erase the construction lines we drew earlier. Select each line individually or use a selection window to remove them from your drawing.

Step 7: Add Details

To enhance the visual appeal of our cylinder, we can add some additional details such as shading or hatching. Use HATCH command to fill in the top and bottom surfaces of your cylinder with a desired pattern.


You can also experiment with different shading techniques by using gradients or modifying line weights.

Step 8: Save and Export

Congratulations! You have successfully drawn a cylinder in isometric view using AutoCAD. Remember to save your drawing file and export it in a suitable format if you plan to share or print it.

In conclusion, drawing a cylinder in isometric view in AutoCAD requires careful consideration of angles and construction lines. By following these steps and utilizing AutoCAD’s tools effectively, you can create accurate and visually engaging drawings of cylinders in isometric projection.