AI Flying Car Video Generator

Follow this exact side-view reference: the car accelerates from the left, rises on downward cold-gas jets above the parked Tesla lineup, completes one controlled roll, levels out and lands in a cloud of pale vapor on the far side. Preserve the fixed wide camera, night lighting, stationary vehicles, ground plane and original timing. Keep the replacement car coherent in paint, body, wheels and proportions. Do not add wings, fire, text, extra jumps or a new setting.

Follow the supplied front-facing Roadster clip. Keep the parked lineup and white Semi fixed. The hero car approaches along the center axis, rises above the obstacles on short downward jets, rolls once and descends beyond them. Match the original height, direction, front camera, floodlights, reflections and vapor timing. Preserve the replacement vehicle throughout the rotation. No additional people, logos, flames, invented scenery, extra rolls or camera cuts beyond those present in the reference.

Recreate the trackside Roadster replay. Keep the parked Semi and lineup unchanged. Follow the short reference sequence: lift, a single lateral roll above the lineup, controlled leveling and touchdown within spreading pale vapor. Maintain the low trackside view, night floodlights, original edit timing and clearance above the obstacles. Preserve the hero car body and wheels without deformation. No flames, wings, extra vehicles, new text or additional stunts.

Reproduce the full wide side-view action: drive up the tall curved ramp, follow the curvature toward an inverted attitude, leave the lip, roll back to level in free air, use short downward cold-gas bursts and settle onto the test pad. Match the ramp, fixed camera, dark venue, red edge lighting and source timing. Preserve the replacement vehicle’s geometry, color and wheels. Do not add wings, fire, spectators, impossible extra rotations or different scenery.

Follow this closer original Roadster ramp replay. Begin near the curved ramp lip, show the car departing the wall, rotating toward a level attitude, then using visible downward gas jets to slow its descent before touchdown. Keep the original close camera framing and slow-motion pacing, pale vapor, red lights and ramp in their reference positions. The replacement body, paint and all four wheels must stay coherent. No new wings, flame exhaust, invented cutaways or repeated stunts.

Follow this overhead Roadster reference. Keep the entire test-pad layout, stationary car, curved ramp and red perimeter lighting unchanged. Follow the original path up the ramp, over its edge, through one controlled airborne attitude correction and down onto the marked pad with a spreading vapor plume. Preserve the top-down camera perspective, timing and shadow positions. Maintain the replacement vehicle’s proportions and wheels. Do not change the venue, add extra vehicles or create a second maneuver.

Match this Tesla Track Mode visualization. Preserve the clean gray studio, the reference camera sequence and deliberate mechanical pace. Lower the car smoothly, then deploy a coherent rear wing and the small active aerodynamic panels shown in the reference, with solid hinges and no melting geometry. Match the side and rear detail framing. Keep the cabin, paint and wheels recognizable. This is a studio product visualization; do not add flight, explosions, wings for aviation, written specifications or unrelated scenery.

Follow the supplied square Roadster social edit. Preserve the original sequence of front view, trackside midair roll and vapor-covered touchdown, including the actual cut points and short pacing. Keep the parked cars, Semi, red ground lighting and night setting consistent with the reference. Preserve the replacement car’s paint and shape across shots. No extra stunts, wings, flames, new captions or invented scenery. Return the same square composition.