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Google Pixel 10 IMAX Simulation — AI Video Prompt

A highly detailed technical prompt for a 7-second continuous shot of a Google Pixel 10 exploding and reassembling. - AIPinMaker

Seedance 2.0Cinematic VideoText to Video
Google Pixel 10 IMAX Simulation
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Prompt

Camera Simulation: 65mm IMAX film, macro-capable Panavision anamorphic lens. Strong film grain throughout. Horizontal anamorphic lens flares triggered by reflections on glass, polished aluminium, and internal component surfaces. Warm-neutral key light from above camera-right — clean, approachable, matching Pixel’s brand tone. Deep black void. Subtle warm rim light lifts dark components from background.
Single continuous 7-second shot. No cuts. The camera faces the Pixel, flies through the exploding internals, rotates 180°, and watches them reassemble from the front.
00:00–00:01 — The Break
A Google Pixel 10 floats in the void, rotating slowly. Every seam illuminates with a thin white light — a beat of silence — then the phone erupts apart. Every component separates outward along its assembly axis in a controlled explosion. Speed ramps to 180%.
00:01–00:03 — The Fly-Through
The camera accelerates into the expanding cloud. It threads between the aluminium frame, camera modules, processor, memory stacks, ribbon cables, haptic motor, fingerprint sensor, and USB-C housing — each piece flashing bright as the camera passes. It flies directly between two camera bar lens elements, close enough to catch the anti-reflective coating shimmering purple and green.
00:03–00:04 — The Turn
Speed drops to 40%. The camera executes a smooth 180° whip turn — component highlights streaking into horizontal motion blur. It settles facing the entire field of suspended components simultaneously. A wide anamorphic flare streaks across from the brightest internal reflection.
00:04–00:06 — The Rebuild
Speed ramps to 200%. Every component reverses and accelerates inward. Motherboard arrives first, battery slides flat, camera bar lens stack and seat with mechanical precision, frame rails connect at their corners. Speed drops to 30% for final moments — the back glass descends and presses flush with a micro burst of dust. The display floats in, seats, and illuminates on contact.
00:06–00:06.5 — Product Hold
Speed drops to 20%. Camera settles into a classic three-quarter angle. The camera bar catches a clean horizontal line. Screen glows. Void falls to pure black. Hold.
00:06.5–00:07 — End Card
Smash cut to black. Google “G” logo fades in centred, full colour. Below it: “Pixel 10 — built for every moment”. Film grain. Hold.39:T94c,Camera Simulation: 65mm IMAX film, macro-c

Prompt breakdown

Subject
Google Pixel 10 floating and rotating, erupting into separate components then reassembling in sequence from motherboard to back glass and illuminated display
Style
65mm IMAX film with macro Panavision anamorphic lens, heavy film grain, and horizontal anamorphic flares triggered by glass, aluminium and internal reflections
Lighting
Warm-neutral key light from above camera-right plus subtle warm rim light lifting components from the deep black void
Composition
Single unbroken 7-second shot: fly-through at 180% speed, 180° turn at 40%, rebuild at 200% then 30% slowdown for final seating and product hold
Mood
Precise engineering drama balanced with approachable brand warmth

Remix ideas

  • Extend the fly-through pause between the two camera bar lens elements to emphasize the purple-green coating shimmer
  • Swap the final end-card text to "Pixel 10 — precision engineered" while keeping the centered Google G logo
  • Add faint dust particles bursting only when the back glass presses flush during the 00:04–00:06 rebuild phase

Reference images

Google Pixel 10 IMAX Simulation reference
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FAQ

Which components are explicitly shown separating during the initial explosion?
Aluminium frame, camera modules, processor, memory stacks, ribbon cables, haptic motor, fingerprint sensor and USB-C housing all move outward along their assembly axes.
What triggers the horizontal anamorphic flares in this shot?
Reflections on glass, polished aluminium surfaces and internal component edges as the camera passes through the expanding parts.