Car Assembly Prompt - Pollo Ai
First Open Pollo ai - https://pollo.ai/ Use Code - logoduniyadesigns10 to get 10% discount Prompt - Make sure to link your car image and video in the prompt First person POV on a street in daylight. Car parts are already falling out of the sky when the shot opens. They hit the ground and bounce back up, freeze in mid air, then slam together into a finished car standing on the ground, and its engine starts.
REFERENCES
@video1 is my footage and it is the clock of the shot: it plays at its own speed from first frame to last and the effects are
fitted around it.
@image1 is the car. From the moment it takes shape it is exactly the car in that photo: same shape, colour, wheels and details.
The camera is my eyes. Only my bare forearms and hands ever enter frame, from the bottom edge.
THE PLACE
On the left: a narrow residential street lined with older weathered concrete buildings, small parked delivery trucks, and a few roadside structures.
On the right: closely packed light-coloured residential buildings, a parked motorcycle, a red-and-white Hindi signboard, and dense overhead electrical wires running along the street.
The ground is a wide pale concrete/asphalt residential road with sidewalks and painted curb markings; bright midday sunlight comes from the upper-left/front, casting long shadows toward the lower-right.
THE CAR
Finished and whole the instant it takes shape, every panel, the lights, the glass, the wheels. It stands on open ground next to
the mark, front three quarter to camera, about a third of the frame wide, and it keeps that size and that spot to the last
frame; it and the mark change size in the frame only together.
CAMERA
Worn at eye level, moving every frame. It tilts down from the sky to the ground at the start, then breathes and rocks with me
as I stand on my spot. Handheld, alive, unsteady.
a streak at about 100 km/h.
1.6s to 2.2s - the first parts reach the ground. Each part's shadow races across the ground to meet it, it hits at 100 km/h and
is thrown straight back up above head height spinning, dust bursting from the impact, airborne again within two frames, every
time, while more keep dropping.
2.2s - my hands come up and close into fists in front of the lens, and on that exact frame gravity switches off between one frame and the next. Every part stops falling and hangs weightless where it is, still
carrying its spin, parts at every height around me, the nearest at the edges of the frame, the dust hanging with them.
2.2s to 4.2s - the hover holds. Every part keeps its patch of air, turning in place and rocking a few centimetres, the way
something heavy floats in water, while the camera rocks with me and the middle of the frame stays open.
4.2s - MY FIST SNAPS SHUT AND EVERY PART IS PULLED IN AT ONCE. Time restarts on that frame. Every part fires inward from wherever it is toward one
point on the ground beside the mark, trailing motion blur, the fastest movement in the shot.
4.36s - the parts strike each other with a hard metallic impact and lock together into one complete finished car standing on
its four tyres beside the mark, suspension compressing and rebounding once, a ring of dust bursting out from under it.
4.6s to 7.0s - the car stands alone where it landed, headlights dark, its shadow on the ground matching every other shadow in
the shot.
7.0s -my fingers snap, and on that frame the headlights ignite white, the engine fires and barks, and the car shivers once on its springs.
7.2s to the last frame - it idles beside the mark, headlights burning, heat shimmer off the bonnet. ### HAND-TO-EFFECT SYNCHRONIZATION — CRITICAL
The hands are the absolute timing trigger for the physics and assembly effects. There must be zero delay, anticipation, or lag between the hand movement and the environment reacting.
Treat every specified hand gesture as a frame-accurate command, not as a suggestion:
• At exactly 2.2s: the instant my hands rise and my fists close, gravity switches off on that exact frame. The falling parts must stop responding to gravity simultaneously with the fist closure. No part continues falling after the fist closes.
• At exactly 4.2s: the instant my fist snaps shut, every suspended part reacts on that exact frame and begins flying inward simultaneously. Do not wait for the hand to finish moving. Do not begin the pull before the fist closes.
• The reaction must originate directly from the hand gesture, creating a clear cause-and-effect relationship: hand moves → physics changes immediately on the same frame.
• At exactly 7.0s: the instant my fingers snap, the headlights ignite and the engine fires on that exact frame. No visible delay between the finger snap and either event.
• Never animate the hands first and then trigger the effects afterward. The hand gesture and resulting effect must occur synchronously on the same frame.
• Preserve the original timing of @video1 exactly. Do not stretch, retime, interpolate, or add transition frames between the hand gestures and their effects.
• The hands remain physically grounded in the scene and move naturally with the camera. They are the source of the commands, while all surrounding objects respond immediately and deterministically.
• Prioritize temporal synchronization over visual smoothness. If necessary, make the effect transition extremely abrupt so the hand gesture and reaction clearly happen simultaneously.
• No reaction delay, no anticipation, no delayed physics, no gradual response, no extra gesture, and no independent triggering of the effects.
LOOK
Photoreal, shot on a real action camera through a real lens: sensor grain, natural motion blur, real lens flare. The light
matches my footage exactly, same sun, same shadow direction. The car is lit by the same light, its tyres press into the ground
with a hard contact shadow.
LOCKS
Everything in the location stays in its place while the frame moves. Until the build every piece of metal is a single loose
part in the air with open ground under it, and the first whole car in the shot is built at 4.36s, standing up. Every part that
entered the shot stays in it, solid and full size, and every part that meets the ground before the freeze is back in the air
within two frames. The car keeps its spot beside the mark and its size in the frame to the last frame; after it lands only the
engine and the lights change. Parts pass to the sides of the frame and over the top, away from the lens.
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