TemperStack
Intermediate8 min readUpdated Mar 18, 2026

How to build 3D interactive elements on Framer

Quick Answer

Build 3D interactive elements in Framer by creating frames, applying 3D transforms like rotateX and rotateY, and adding hover or scroll interactions. Use the Transform panel to adjust perspective and combine multiple elements for complex 3D scenes.

Prerequisites

  1. Basic knowledge of Framer interface
  2. Understanding of CSS transforms
  3. Familiarity with animation principles
  4. Experience with component creation
1

Create your base frame

Start by creating a new Frame from the toolbar or press F. Set your desired dimensions in the Properties Panel on the right. This frame will serve as your 3D element container and should have a solid background color or image to make the 3D effect visible.
Tip
Use a square frame initially to better see rotation effects
2

Access 3D transform properties

Select your frame and navigate to the Transform section in the Properties Panel. Click the 3D toggle to enable 3D transformations. You'll now see additional options including rotateX, rotateY, rotateZ, and perspective controls.
Tip
Set perspective to around 1000px for realistic 3D depth
3

Apply initial 3D transforms

Experiment with the rotation values by dragging the sliders or entering specific degrees. Try setting rotateX: 15deg and rotateY: 25deg to create a tilted card effect. Adjust the Transform Origin to change the pivot point of your rotations.
4

Add hover interactions

Right-click your 3D element and select Add Interaction. Choose While Hovering as the trigger. In the action dropdown, select Animate and create a new variant or modify transform properties directly. Set different rotation values for the hover state to create dynamic movement.
Tip
Use spring animations with low damping for bouncy 3D effects
5

Create depth with shadows and layering

Add realistic depth by applying Drop Shadow in the Effects panel. Increase shadow blur and distance when the element rotates away from the viewer. Layer multiple frames with different z-index values and slight transform differences to create complex 3D compositions.
Tip
Animate shadow properties along with transforms for enhanced realism
6

Implement scroll-based 3D animations

Create a Scroll interaction by selecting your element and choosing While Scrolling in View. Map scroll progress to transform properties using the Progress range from 0% to 100%. Link scroll position to rotateY values for parallax-style 3D rotation effects.
Tip
Use scroll sections to control exactly when 3D animations trigger
7

Add child elements for complex scenes

Create child frames within your 3D container and apply individual transforms to each. Use translateZ to position elements at different depths. Combine rotateX, rotateY, and translateZ to build multi-layered 3D interfaces like card stacks or floating panels.
Tip
Group related 3D elements to transform them together as one unit
8

Test and optimize performance

Preview your 3D elements using Preview mode or press P. Test on different devices through Framer's device preview options. Reduce complex 3D transforms on mobile by creating responsive variants with simpler animations to maintain smooth performance.
Tip
Use will-change CSS property in custom code for better rendering performance

Troubleshooting

3D transforms not visible or appearing flat
Ensure the 3D toggle is enabled in Transform properties and check that perspective is set to a value between 500-2000px. Verify your frame has visible content or background color.
Animations feel laggy or choppy
Reduce the number of simultaneous 3D transforms and use transform3d in custom CSS. Lower animation complexity on mobile devices and avoid animating too many elements at once.
3D elements not responding to interactions
Check that interactions are applied to the correct layer and that pointer-events are not disabled. Ensure the trigger element isn't covered by other frames with higher z-index values.
Inconsistent 3D rendering across browsers
Add transform-style: preserve-3d in custom CSS and ensure parent containers also have 3D context enabled. Test specifically in Safari and Chrome as they handle 3D transforms differently.

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