22 JavaScript Cursors

This is an Adaptive Morphing Mouse Cursor Trailer. It replaces or augments the native pointer with a fluid, high-fidelity visual follower that reacts to the underlying DOM content. Its function is to provide immediate, contextual feedback by scaling up and revealing descriptive icons when the user interacts with specific “interactable” elements.

This is a Staggered Particle Blob Effect. It clusters multiple DOM nodes into a cohesive, glowing entity that tracks cursor movement. Its function is to provide highly organic, procedural background interaction, replacing static canvases with an ecosystem of independent, mathematically linked elements.

This is a Hover Image Reveal Custom Cursor. It overrides the default pointer with a dynamic element that transforms upon interacting with specific text links. Its function is to provide visual context — revealing associated images — without cluttering the primary layout. The effect creates an engaging reading experience, bridging text and multimedia seamlessly.

Standard video controls are an interruption — a layer of clutter between the viewer and the content. We wanted to remove that barrier. This component transforms the user’s intent into the interface itself. By morphing the cursor into a context-aware controller, we achieve a symbiosis of navigation and action. It creates an immersive, cinematic experience where the UI dissolves, leaving only the story.

The mouse cursor is the primary bridge between user and interface, yet it often remains a passive arrow. This component reimagines the cursor as an active participant in the narrative. By morphing the pointer into a contextual “Read” badge that reacts to specific content, we reduce cognitive load and create a more intent-driven browsing experience. It feels less like clicking links and more like exploring a curated magazine.

A technically very advanced component that uses modern APIs (WAAPI) to create unique, kinetic cursor tracking, effectively demonstrating the capabilities of high-performance, JS-controlled animation.

A highly interactive portfolio showcase powered by GSAP ScrollTrigger and Splitting.js. It features a custom fluid cursor, complex SVG text masking effects, and a seamless page transition system that loads external iframes into a 3D-transformed modal overlay upon interaction.

An immersive, cinematic slider that feels like a high-budget interactive installation, thanks to its complex animations, custom cursor, and comprehensive input support.

A cinematic slider where frame transitions occur via complex vertical sliding of image fragments, accompanied by a smooth custom cursor.

A slideshow employing a CSS Grid stack for a fade transition, toggled by an .is-active class. JavaScript drives navigation via nextElementSibling and powers a custom cursor by updating its style.left/top properties based on mousemove events for fluid tracking.

A complex micro-animation using GSAP, where a single click triggers a chain of tweens for asynchronous icon movement and simultaneous container pulsation via the scale property.

This custom SVG cursor rotates dynamically based on the mouse’s velocity and direction, achieved by calculating the angle between the previous and current coordinates using JavaScript’s Math.atan2 and applying the rotation via CSS transform.

Next-Gen Tic-Tac-Toe. The classic game with technical flair - features full accessibility (play with the keyboard!), a theme picker using localStorage, and a cool hover glow effect on the board using pure CSS.

A unique, zero-dependency “flashlight” UI effect achieved by dynamically positioning a large, transparent-to-radial-gradient element via Vanilla JavaScript mousemove, and using the powerful CSS mix-blend-mode: exclusion to create the inverted color effect over the background image.

A custom cursor that smoothly tracks the mouse pointer using the native Web Animations API and instantly scales/changes its Font Awesome icon when hovering over an interactive element with a data-type attribute.

A technically complex but smooth demo that uses THREE.js to create six different procedurally-generated visual effects. The core lies in working with GLSL shaders, which dynamically calculate the shape and color of the cursor’s “trail” and utilize various effects like Unreal Bloom and film grain.

This demo showcases a dynamic hover effect using CSS masks and JavaScript to reveal a stylized version of an image. The effect tracks the mouse, dynamically updating the radial gradient mask and providing a unique interactive element.