SketchUp

How to Do an Exploded Axonometric in SketchUp?

Understanding Exploded Axonometric View

An exploded axonometric view is a powerful illustration technique that visually separates components of an object in space, allowing viewers to comprehend the arrangement and relationship between different parts of a design. This method can effectively convey complex assemblies and can be a valuable tool in presentations or technical documentation.

Setting Up Your SketchUp Environment

  1. Launch SketchUp: Open the SketchUp application and start a new project. Make sure to set up the workspace according to your project’s scale and requirements.

  2. Import or Create Your Model: If you already have a 3D model you want to explode, import it into your workspace. Alternatively, you can create a new model using the drawing tools.

Grouping Components

Before you can create an exploded axonometric view, ensure that the components you wish to manipulate are grouped or made into components.

  1. Select Your Building Blocks: Click on the elements of your model that you want to group together. This can include walls, roofs, furniture, or any individual part.

  2. Creating Groups or Components: Right-click on the selected elements, choose "Make Group" or "Make Component" from the context menu. This step helps manage the parts efficiently during the exploding process.

Exploding the Model

To create the exploded view, you will need to manipulate the groups or components you just created.

  1. Select the Group or Component: Click on the group or component you want to explode.

  2. Use the Explode Function: Navigate to the menu bar and select Edit > Group > Explode or Edit > Component > Explode. This action will break the selected group back into its individual parts.

Positioning Components

After exploding the components, you can reposition them in a way that illustrates how they relate to each other.

  1. Select Individual Parts: Click on each part you want to move. You can hold down the Shift key while selecting multiple components to move them together.

  2. Use the Move Tool: Activate the Move tool from the toolbar or press the “M” key. Click and drag the selected parts to the desired location, creating the exploded effect.

  3. Adjust Angles: To give depth, you may want to rotate some components. Use the Rotate tool to achieve the necessary angles that enhance the visual appeal of the exploded view.

Fine-Tuning the View

To create a clear and informative exploded axonometric view, consider adding dimensions and annotations.

  1. Add Dimensions: Use the Dimension tool from the toolbar to indicate measurements between elements. This gives additional context regarding the size and space of the components.

  2. Annotations: Use the Text tool to label different parts of your model. This allows viewers to understand what each component represents in the overall design.

Final Touches

Check the overall layout and ensure that all elements are clearly visible and adequately spaced to avoid clutter. Adjust the camera view to focus on the most relevant parts of your exploded axonometric illustration.

Frequently Asked Questions

1. How do I ensure my exploded view is easy to understand?
Use consistent spacing between components and clear labels. Additionally, consider using color coding or shading to distinguish between different parts, making it easier for viewers to follow the diagram.

2. Can I animate my exploded axonometric view?
While SketchUp doesn’t support direct animations, you can create different scenes showing various stages of the explosion and transition between them for presentation purposes.

3. What is the best use of an exploded axonometric drawing in my project?
Exploded axonometric views are ideal for showing assembly instructions, revealing hidden parts of a design, or providing detailed breakdowns of complex systems. They’re particularly useful in presentations and technical drawings for manufacturing and construction.

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.