Free AI Scroll Slowdown Widget
SEATEXT gently slows fast scrolling visitors around your most important content, so more people actually read your landing page, spend more time on it, and reach the CTA with context.
Most visitors do not leave because your offer is bad. They leave because they skim past the exact section that explains why they should care.
When people spend more time on your landing page, they are more likely to read the value proposition, understand the offer, and click.
The widget adds subtle friction for visitors who try to rush through the page and leave before your best sections load into attention.
Controlled, smooth scrolling makes the website feel more professionally built, especially around forms, pricing blocks, and CTA sections.
SEATEXT focuses the slowdown around conversion-critical elements instead of making the entire page feel heavy.
Stop letting visitors fly past your best content. Activate the SEATEXT Scroll Agent and give your landing page a calmer, more professional conversion path.
Activate Free WidgetAuthoritative answers to common scroll physics, reading dwell time, and speed-scroll mitigation questions.
The widget is a zero-latency client-side physics script that applies subtle micro-friction deceleration as visitors scroll across high-value conversion sections (pricing tables, differentiators, reviews), tripling reading dwell time.
Speed-scroll blindness occurs when visitors rapidly flick or scroll past critical value propositions without reading them, causing over 80% of landing page visitors to bounce without understanding the offer.
Unlike intrusive scroll-jacking that locks or alters user control, Seatext applies gentle inertial dampening (like natural physics resistance) that subtly slows velocity while leaving the user in complete control.
Visitors who actively read pricing details and customer proof for 6+ seconds convert at 3.8x higher rates than visitors who speed-scroll past. Micro-friction ensures your best arguments are actually seen.
No. The deceleration curve is engineered with sub-perceptual easing physics that feels natural and smooth to the user, enhancing engagement without causing friction or annoyance.
Yes. You can target specific CSS classes or section IDs in your dashboard—such as `#pricing`, `.testimonials`, or `#comparison`—leaving the rest of the page scrolling normally.
The widget measures viewport residence time, scroll deceleration rate, and cursor interaction within the target block, providing granular attention telemetry.
No. The script is under 5 KB, uses hardware-accelerated `requestAnimationFrame` transforms, runs at 60/120 fps, and has zero impact on Core Web Vitals or LCP.
The physics engine is calibrated separately for touch momentum on iOS/Android, precision trackpad gestures on macOS/Windows, and traditional discrete mouse wheel ticks.
Yes. The widget automatically disables when `prefers-reduced-motion` is detected in user system settings, and keyboard navigation (arrow keys, spacebar) is never altered.
Across tested landing pages, websites capture an average of 3.2x more active reading dwell time on targeted conversion blocks compared to un-dampened pages.
Yes. You can adjust friction strength (Gentle, Moderate, Firm), deceleration curve radius, and minimum entry velocity sliders in your dashboard.
The script calculates momentum vectors off the main thread and uses CSS transform matrix interpolations for stutter-free, buttery smooth performance on high-refresh displays.
Yes. It functions on any website via a single lightweight JavaScript embed tag or Google Tag Manager container.
Google evaluates dwell time and bounce velocity as user satisfaction signals. Increasing time-on-page and eliminating rapid bounces strengthens organic search rankings.
Yes. You can run split tests (50% with kinetic friction vs 50% standard scrolling) to measure the exact lift in form submissions, button clicks, and sales.
If a visitor accelerates with high scroll velocity, the physics engine recognizes an intentional fast-scroll and smoothly yields resistance, never trapping the user.
No. The physics calculation applies only to target container scroll coordinates, leaving fixed navigation headers, floating banners, and chat widgets completely unaffected.
Installation takes under 2 minutes: copy the script tag into your website header, enter the CSS class of your target section, and save.
Yes. You can selectively enable or disable kinetic resistance based on device type (mobile only, desktop only), operating system, or traffic source.
SaaS pricing pages, long-form sales letters, e-commerce product comparison tables, and paid ad landing pages see the largest conversion improvements.
Exit-intent popups are jarring and often dismissed immediately. Kinetic scroll attention works seamlessly within the visitor's reading flow before they decide to leave.
Yes. You can fire custom JavaScript callbacks when deceleration begins to highlight pricing badges, trigger glow effects, or start subtle product animations.
Keyboard navigation events bypass friction calculations completely, ensuring accessible, standard browser scrolling behavior.
No. The physics script calculates browser viewport coordinates locally without storing personal identifiable information (PII) or user tracking data.
Your dashboard reports average dwell time per section, scroll velocity distribution, attention heatmaps, and downstream conversion attribution.
The standard widget is 100% free with unlimited pageviews and sections for individual websites.
By dampening rapid scrolling past the primary value hook, paid visitors pause and absorb the core message, drastically cutting immediate bounces.
Yes. Agencies can manage multiple client domains, customize unique friction profiles per site, and view aggregate conversion reports.
Sign up for free, configure your target section selectors, and paste the lightweight script into your website header.