
Dyson's new AI-powered toothbrush with an integrated 100,000-pixel macro lens camera, $499.
The Hook
“(No spoken dialogue — Clean electronic score with pizzicato synths and sub-bass. Rising synth sweep at 0:05.)”
Product Reveal
“Apply a pea-sized amount of toothpaste. Hold the brush at a 45-degree angle. Our machine learning algorithm detects gaps.”
Feature Teaser
“View live cleaning footage. Refill the tank.”
Call to Action
“Admire the results.”
Synthesizable in Remotion · key components of the dyson-camera-jet-tech-launch template.
A circular UI element expands and contracts, revealing an extreme close-up of teeth with 'GAP DETECTED' text, simulating a macro lens view.
Use a Remotion <AbsoluteFill> with a masked <Video> component for the teeth footage. Animate an SVG circle's stroke-dasharray and stroke-dashoffset properties to create the expanding/contracting effect. Overlay text with a simple opacity and scale animation, triggered by a sequence of <Sequence> components.
A quick, subtle camera shake or zoom combined with a sub-bass audio cue emphasizes a user's interaction with a product feature, like pressing a button or refilling a tank.
Implement a short, sharp <Spring> animation on the camera's position or scale property. Synchronize this with an audio track's sub-bass impact using <Audio> and <Sequence> components. Apply a slight radial blur effect using an SVG filter for added visual punch.
A smartphone screen displays dynamic, real-time footage with an integrated UI, showing product status and interactive options.
Create a <Composition> for the smartphone screen content, including a <Video> component for the 'live footage' and <Text> components for UI elements. Use <AbsoluteFill> and CSS transforms to position and scale this composition onto a smartphone asset. Animate UI elements (e.g., numbers, progress bars) using <interpolate> or <spring>.
Purpose. Introduce the product and its immediate benefit.
Execution. Show the toothbrush in a clean bathroom setting, followed by a close-up of toothpaste application, setting a routine.
Purpose. Showcase the core technological breakthrough.
Execution. Transition from user brushing to an internal, stylized view of teeth with AI detection graphics, highlighting the macro lens and gap detection.
Purpose. Demonstrate practical features and ease of use.
Execution. Display the live viewing feature on a smartphone and the simple refill mechanism, emphasizing convenience and control.
Purpose. Conclude with the desired outcome and call to action.
Execution. Show the user's satisfied smile, a lineup of the product, and a clear call to subscribe, reinforcing the positive results.
Objective
Launch a new smart air purifier with AI-driven air quality monitoring.How the recipe adapts
The MacroLensReveal primitive would adapt to show a stylized 'air quality scan' UI, highlighting detected pollutants. ProductInteractionImpact would emphasize pressing the power button or changing filters with a subtle camera shake and sound cue. LiveFeedOverlay would display the air quality data and control options on a smartphone app, mirroring the toothbrush's live viewing. The overall pacing and clean aesthetic would be maintained, focusing on the device's sleek design and intelligent features.Scene durations (5 scenes, 65s)
Key Remotion components

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