SketchUp Modeling Guide: Follow Me, Components, and Precise Moves

The Follow Me, Component, Move, and camera tools described in SketchUp’s official help documentation can be used at different stages of architectural modeling, from creating repeating details to precisely adjusting layouts and inspecting a design from within the model. The documentation was updated on 29 September 2026; no specific SketchUp version is indicated. The steps below are designed to show how these tools can work together in an interior or architectural modeling workflow.

1. Create a profile along an edge with Follow Me

Follow Me extrudes a face along a path. The official documentation illustrates the tool with perimeter details such as crown profiles and gutters, as well as lathed shapes and curved objects like bowls or vases. The same basic approach can be used to model details that continue along a profile, such as baseboards, cornices, or countertop edges in an interior.

1. Prepare the path to be followed and the profile face that will travel along it. The profile should be roughly perpendicular to the path; it does not have to sit on the path at the start.

2. For the automatic method, use the Select tool to select the continuous edges that form the path. Then activate Follow Me and click the profile. The tool extrudes the profile along the selected path.

3. To control the direction yourself, define the path, draw the profile, and select Follow Me. Click and drag the profile, touching the edge to be followed; finish when the path is highlighted in red.

4. If you are using groups in the model, make sure the profile and selection are in the same group. If the extrusion starts unexpectedly, check whether the starting edge touches the profile; press Esc to restart the operation.

To create a lathed shape along a circular path, first draw a circle with the Circle tool. Then use the Line, Arc, and Freehand tools to create half of the cross-section of the final shape. The cross-section face should be perpendicular to the circle, with its bottom edge aligned to the circle’s center point. Select the circle and click the cross-section face with Follow Me. Complex geometry may take a moment to process; gaps between lines can also prevent the extrusion.

2. Turn repeating geometry into a component

Making a door, window, piece of furniture, or other repeating object into a component separates its geometry from the geometry around it and allows the object to be reused. Editing a component definition affects instances of that definition throughout the model. You can also edit an individual instance separately when you only need to change that one.

1. Select the geometry you want to turn into a component.

2. Choose Edit > Make Component from the menu, or right-click the selection and choose Make Component.

3. Enter a descriptive name in the Definition field to make the component easy to find in the Outliner. You can use the Description field to note the component’s purpose or important properties.

4. Set alignment options and advanced attributes if needed. Replace Selection with Component is enabled by default; if you disable it, the selected geometry remains in the model while the component definition is added to the list.

The component plane can be set to Any, Horizontal, Vertical, or Sloped. The Cut Opening option can create an opening in a face when the component is placed. In the advanced attributes, no currency is specified for price; enter a number only. Dimensions, URL, and IFC classification can also be defined in the relevant fields. This information can support decision-making within a team. The documentation also notes that SketchUp component attributes can be used in LayOut: creating a CSV report from SketchUp and importing the data into LayOut as a table supports workflows for preparing tables and automatically labeling items.

3. Align and enter an exact distance with Move

With the Move tool, you can drag geometry approximately or position it using numeric values. After selecting the object to move with Select or Lasso, activate Move; you can also press M to open the tool. Set a reference point, move it to the target, and click the target point to finish.

During the move, when an axis line turns the color of the axis you want, press Shift to lock the inference to that axis. You can also lock an axis with the arrow keys if needed. Enter a positive or negative distance; specifying a unit overrides the template’s default unit. For example, the source documentation gives 3' 6" as an entry.

To move by coordinates, enter a global position in square brackets or a relative position from the starting point in angle brackets. This lets you position an object relative to the model origin or the move’s starting point instead of relying on visual estimation.

4. Inspect the model by walking at eye level

Position Camera places the camera 5' 6" above a point you click; you can change the height by entering a new value in the Measurements box. To aim the camera at a particular object or direction, click and hold at the starting point with the tool, drag the cursor toward the target, and enter the eye height. Look Around activates automatically afterward.

With Look Around, drag the cursor to look right, left, up, or down. In the Walk tool, the distance you drag the cursor affects your movement speed; you can move up, down, and along sloped surfaces while maintaining eye height. Collision detection, which is on by default, prevents you from passing through walls.

Common mistakes

• If the Follow Me profile is not roughly perpendicular to the path or there are gaps between lines, the extrusion may fail. Zoom in to check for gaps; use the Line tool to join lines if needed.

• In grouped geometry, Follow Me may not work as expected if the path selection and profile are in different groups.

• Editing a component definition can affect other instances of the same definition. Check the scope of your edit if you need to change only one instance.

• Turning off collision detection with Alt in the Walk tool lets you pass through walls; for ordinary navigation through a space, this behavior is expected to be on.

How this affects architectural and interior workflows

These tools can help you create repeating edge details from a profile and path instead of modeling each one individually, manage repeated objects as components, adjust layouts with numeric measurements, and inspect a space from camera height. The component approach can be particularly useful in interior models with many similar objects, both for reuse and because changes made at the definition level are reflected across instances.

The source documentation does not specify which SketchUp versions include these functions, hardware requirements, or licensing terms. Before applying them to a particular project or office standard, verify the version in use and the scope of the license separately. During modeling, pay particular attention to group boundaries, the scope of component edits, and the Walk tool’s collision detection setting.