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Touch Feedback Generator - Online Haptic & Visual Cue

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Feedback Settings

Tap or click the button to preview the feedback

Frequently Asked Questions

Haptic feedback uses vibrations to simulate physical touch sensations on touchscreen devices. It provides users with tactile confirmation of actions such as button presses, making interfaces feel more responsive and intuitive.

The navigator.vibrate() method accepts a single vibration duration (in milliseconds) or an array of alternating vibration and pause durations. For example, navigator.vibrate([100, 50, 200]) vibrates 100ms, pauses 50ms, then vibrates 200ms. It works only on devices with vibration hardware, mainly mobile phones.

The Vibration API is supported by most modern Android devices using Chrome, Firefox, or Samsung Internet. iOS supports haptic feedback only through native apps; Safari on iOS does not expose the generic vibration API. Desktops and laptops generally lack vibration hardware and will ignore the call.

You can create a ripple by placing an absolutely positioned span inside the button, scaling it from 0 to 4 while fading out using CSS animations. The key is to position the ripple at the user's click/touch coordinates using JavaScript. This tool generates the complete HTML, CSS, and JS needed.

Desktop browsers usually support the Vibration API but lack the physical hardware, so no vibration occurs. As a fallback, always provide a strong visual cue (like pulse, ripple, or color change) to ensure all users receive feedback.

Modern CSS animations are highly performant, especially when using transform and opacity which trigger GPU acceleration. Keep animations short (under 600ms) and clean up dynamically created elements to avoid memory leaks. The generated code follows these best practices.

Use a single event listener (e.g., pointerdown or click) that triggers both the visual animation and the navigator.vibrate() call. Our generator provides a ready-to-use JavaScript snippet that handles both simultaneously while keeping the code clean and maintainable.

Yes, PWAs on supported Android devices can access the Vibration API just like regular websites. Combined with service workers and an app-like manifest, you can deliver immersive haptic experiences that feel native. For iOS PWAs, visual feedback remains the primary method.

Touch feedback reduces uncertainty by confirming user actions instantly, improves perceived responsiveness, and increases satisfaction. It is especially important for buttons, toggles, and interactive elements where lack of physical keys can make interactions feel ambiguous.

Use our tool's "Haptic Pattern" control to pick a preset or enter a custom comma-separated list of millisecond values. The Intensity slider multiplies each value, giving you fine control over the feel. The generated JS code includes the exact vibration pattern you designed.
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