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April 2, 2026Derek McFarland/4 min read

How to Draw Water and Lily Pads for Your Fountain in SketchUp

Master SketchUp Water Features and Organic Elements

Prerequisites

This tutorial assumes you have a fountain model already created in SketchUp and are familiar with basic tools like Move, Paint Bucket, and group operations.

Overview: Creating Water Features

1

Prepare Base Geometry

Separate fountain components and copy the base to create water surface

2

Apply Water Materials

Use transparent materials to simulate realistic water appearance

3

Create Lily Pads

Use Pie tool to generate organic shapes with proper geometry

4

Add Depth and Materials

Extrude elements and apply vegetation textures for realism

This lesson is a preview from our Interior Design Course Online (includes software). Enroll in this course for detailed lessons, live instructor support, and project-based training.

In this tutorial, we'll create realistic water effects and organic lily pads for our fountain model. The key to convincing water representation lies in properly duplicating and modifying the fountain's base geometry to serve as our water surface.

First, we need to separate the fountain's grouped components to work with individual elements. Since our fountain is currently grouped as a single unit, we'll need to break it apart. Right-click on the fountain and select "Explode" to dissolve the existing group structure, giving us access to individual components.

With the group exploded, we can now organize our geometry more strategically. Double-click to select the base element, then right-click and choose "Make Group." Next, triple-click to select all the wall elements, right-click, and create another group. This separation allows us to manipulate each component independently—a crucial workflow practice for complex models.

Creating the water surface requires duplicating the fountain's base geometry. Select the Move tool and hover over the base element. Hold down the Control key (notice the plus sign indicator) while dragging upward—this creates a copy rather than moving the original. Position this duplicate approximately one foot, two inches above the base. Pro tip: orbit beneath your fountain to verify you've created a copy rather than simply relocated the original geometry. The Control+Move combination is fundamental for non-destructive modeling workflows.

Now we'll apply realistic water materials using SketchUp's Paint Bucket tool. When you select this tool, the Materials dialog automatically opens, providing access to SketchUp's extensive material library. Navigate to the water materials section to explore your options.

Pay attention to the diagonal lines crossing certain material thumbnails—these indicate transparency properties. Materials with this diagonal line allow light to pass through, creating realistic water effects where you can see the fountain's bottom. Solid water materials (without the diagonal line) create opaque surfaces that may look less convincing. You can fine-tune transparency by selecting a material and clicking "Edit"—the opacity slider lets you adjust transparency from completely solid to fully transparent, giving you precise control over your water's visual properties.


For our lily pads, we'll utilize the Pie tool, which functions similarly to the Arc tool but creates closed faces rather than simple curves. The Pie tool generates circular segments that naturally resemble lily pad shapes with their characteristic notched appearance.

When drawing lily pads on the water surface, zoom in for precision control. Start by establishing your first line, then sweep around to create roughly 90% of a circle, leaving that distinctive lily pad opening. Press Escape to complete each shape before starting the next one. Vary the sizes to create natural-looking organic diversity—real lily pads aren't uniform in size.

The Pie tool's precision can be adjusted through its sides parameter—defaulting to 12 sides, but adjustable up to 20 or more for smoother curves. However, be mindful of geometry complexity: while 20-30 sides create smoother organic shapes, excessive subdivision can significantly impact model performance. For most architectural visualization work, 10-25 sides provides an optimal balance between visual quality and system responsiveness.

To give our lily pads dimensional realism, we'll use the Push/Pull tool to add thickness. Extrude each pad approximately half an inch upward—this subtle depth creates convincing shadow patterns and visual interest. SketchUp's double-click feature with Push/Pull automatically applies the same distance to subsequent faces, dramatically speeding up repetitive operations.

Efficient organization requires grouping related elements. Use the Selection tool to draw a window around all lily pads, then hold Shift while clicking to deselect any unwanted geometry (fountain walls, water surface, etc.). With only lily pads selected, right-click and choose "Make Group." This organization strategy becomes invaluable as your models grow more complex, allowing you to easily select, move, or modify related elements as units.


For realistic lily pad materials, navigate to the Vegetation category within the Materials library. Look for materials that suggest organic, leaf-like qualities—"Vegetation Blur" varieties often work well, providing subtle color variation and texture that suggests natural plant surfaces without overwhelming detail. The key is selecting materials that read as organic at your model's intended viewing distance.

With our water feature and lily pads complete, save your work using Zoom Extents to capture the full scene. This foundation establishes the organic context for our fountain, creating a more naturalistic water garden aesthetic that elevates the overall design.

In our next tutorial, we'll explore advanced material creation techniques and apply them to custom koi fish models, bringing additional life and movement to our water feature design.

Key Takeaways

1Always explode grouped geometry before separating components to maintain clean model organization and enable selective editing
2Use Control + Move tool combination to create copies rather than moving original geometry, and verify by orbiting to check placement
3Transparent water materials with diagonal indicators allow realistic water simulation by showing underlying fountain geometry
4The Pie tool creates closed faces perfect for organic shapes like lily pads, offering more functionality than the basic Arc tool
5Optimize circle geometry between 10-30 sides to balance visual quality with model performance and file size
6Push/Pull tool remembers distances and directions, allowing double-click copying of extrusions across multiple faces
7Strategic grouping of similar elements (like lily pads) creates manageable model structure while maintaining editing flexibility
8Material selection from appropriate categories (Vegetation for organic elements) and testing multiple options ensures realistic final appearance

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