The 3D pin card is the standout hover interaction from modern component libraries: a card that tilts back in three dimensions when you hover it, while a floating "pin" — a label, a beam, and expanding rings — rises above it as if pinning the card to a point in space. This snippet recreates the whole illusion with plain HTML, CSS 3D transforms, and a little vanilla JavaScript for cursor tracking.

Establishing 3D space

The effect lives inside a perspective: 1000px stage, which is what gives child transforms real depth — without it, rotateX would look like a flat squash. The pin wrapper uses transform-style: preserve-3d so its children (the card, the label, the beam, the rings) each keep their own position in 3D rather than being flattened into the wrapper's plane. This is the foundational setup for any layered 3D effect.

The card's backward tilt

On hover, the inner card rotates with rotateX(28deg), tipping its top edge away from you so you appear to look down at it on a surface. Because the perspective is set on the parent, this reads as the card laying back into the scene. The transition makes it ease in and out smoothly. A radial gradient overlay in the top corner adds a subtle light source consistent with the tilt.

The pin: label, beam, and rings

What makes this more than a tilt is the pin that appears to hold the card. Three elements animate in on hover: a rounded .pc-label pill that floats up and forward via translateZ(60px) so it hovers above the card in 3D; a thin .pc-beam that grows in height with rotateX(70deg) so it lies along the depth axis like a pin's shaft; and two .pc-ring circles, also rotated 70° into the floor plane, that pcPing outward and fade on a staggered loop, like ripples around the pin's base. Together they create the impression of a physical pin staking the card to the ground.

Cursor-tracking tilt

On top of the base rotateX, JavaScript adds pointer-aware lean. A pointermove handler converts the cursor's position within the card into a -0.5…0.5 range and applies rotateY and rotateX to the wrapper, so the whole assembly — card and pin — leans toward the cursor. On pointerleave it resets to flat. Because the wrapper has preserve-3d, the pin elements track the lean correctly, keeping the illusion coherent from any angle.

A real link affordance

The component is an <a>, and the label reads like a URL, so it behaves like a clickable, pinned link. Clicking copies the label text via the navigator.clipboard API and briefly swaps the label to "Copied ✓" — demonstrating how the pin can double as a shareable handle. Swap this for real navigation by removing the preventDefault.

Customizing it

Tune the rotateX(28deg) for a steeper or gentler tilt, change the translateZ to float the label higher, adjust the ring pcPing size and timing, and set the label text to your link. Recolor the beam, rings, and gradient to your accent. Pair it with a focus cards grid or a meteor card for a set of eye-catching 3D cards.

Build with AI

Build, Understand, Optimize, and Extend It With AI

You don't have to puzzle out the 3D layering by trial and error. Paste this snippet's HTML, CSS, and JS into an AI coding assistant like Claude and ask it to explain exactly how transform-style preserve-3d on the pin wrapper lets the label, beam, and rings hold independent depth via translateZ while the JavaScript pointermove handler simultaneously rotates the whole assembly, and why the base card tilt uses rotateX while the cursor-tracking tilt adds both rotateY and rotateX on top of it. The same assistant can help optimize it, for example checking whether setting style.transform directly on every pointermove event causes jank on lower-end devices versus using a CSS custom property, or whether the ring ping animation's timing actually reads as two staggered ripples rather than one. It's also useful for extending the effect: ask it to add a subtle parallax to the gradient overlay based on cursor position, make the pin's label editable and copy a real URL, or turn this into a grid of pin cards that each track the cursor independently. Treat the code less like a finished artifact and more like a starting point for a conversation.

Prompt to recreate it

Copy this into your AI assistant of choice to build the effect from scratch, or as a jumping-off point for your own variant:

text

Build a 3D "pin card" hover effect in plain HTML, CSS, and vanilla JavaScript using CSS 3D transforms and one pointermove handler — no libraries, no canvas.

Requirements:
- A stage element with CSS perspective, containing a link-like wrapper with transform-style: preserve-3d, so its children can each hold independent depth rather than being flattened into one plane.
- Inside the wrapper: a card that rotates backward on hover via rotateX to look like it's tilting away into the scene, plus a floating label pill above the card that on hover translates upward and forward along the z-axis (translateZ) so it visibly hovers in front of the tilted card.
- A thin vertical "beam" element between the label and the card that, on hover, grows from zero height to some fixed height while rotated into the depth plane (rotateX around 70 degrees) so it reads as a pin's shaft connecting the label to an anchor point.
- Two ring elements positioned at the pin's anchor point, also rotated into the depth plane, that on hover animate with a staggered, looping expand-and-fade keyframe (starting small and near-opaque, ending large and transparent) so they read as ripples pulsing outward from the pin's base.
- A pointermove handler on the wrapper that computes the cursor's position as a -0.5 to 0.5 fraction of the wrapper's width and height, then applies an additional rotateY and rotateX to the whole wrapper so the entire card-plus-pin assembly leans toward the cursor, resetting to flat on pointerleave.
- Make the component a real anchor element whose click handler copies a label string (styled to look like a URL) to the clipboard via the Clipboard API and briefly shows a "Copied" confirmation in place of the label text.

Want to tighten it up first? Run this prompt through the AI Prompt Studio to score it across 8 quality dimensions, catch anti-patterns, and tune the wording for Claude, ChatGPT, or Gemini before you paste it in.

Step by step

How to Use

1
Paste HTML, CSS, and JSA card renders flat with a hidden pin label above it.
2
Hover the cardIt tilts back in 3D while a pin label, beam, and rings rise.
3
Move the cursorThe whole assembly leans toward the pointer.
4
Watch the ringsTwo circles ping outward around the pin base on a loop.
5
Click the cardThe label URL copies and shows a Copied confirmation.
6
Set your linkChange the label text and remove preventDefault to navigate.

Real-world uses

Common Use Cases

Frequently Asked Questions

perspective: 1000px on the stage is what gives 3D transforms real depth — it defines how strongly things recede. Without it, rotateX(28deg) just looks like a vertical squash. The pin wrapper also uses transform-style: preserve-3d so the card, label, beam, and rings each keep their own 3D position instead of flattening into one plane.

Three elements animate in on hover: a label pill pushed forward with translateZ(60px) so it hovers above the card, a thin beam rotated 70 degrees into the depth axis that grows in height like a pin shaft, and two rings also rotated into the floor plane that expand and fade on a staggered ping loop, reading as ripples around the pin's base.

A pointermove handler converts the cursor's position inside the card to a -0.5 to 0.5 range and applies rotateY and rotateX to the wrapper, so the whole assembly leans toward the pointer on top of the base tilt. pointerleave resets it to flat. Because the wrapper is preserve-3d, the pin elements lean coherently with the card.

The card is an anchor with a URL-style label. The click handler prevents navigation, copies the label text via navigator.clipboard, and briefly swaps it to Copied so it acts as a shareable handle. To use it as a normal link instead, remove the preventDefault and set a real href.

Render the structure as a component and keep the perspective and preserve-3d CSS. Handle pointermove and pointerleave with framework events, writing the transform via a ref or state-driven inline style. Use the clipboard API in the click handler. The hover-driven pin animations are pure CSS and need no JS. In Tailwind, use perspective and transform utilities with arbitrary translate-z and rotate-x values.

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