I made this entire video with one prompt using Seedance 2 on @astorie_ai the pro…

Create a 15-second high-budget cinematic drift sequence using the supplied 12-frame storyboard, established Black Rain circuit, driver reference, and futuristic race-car design exactly. Maintain identical vehicle proportions, cockpit, digital speedometer, wheels, heavy rain, wet reflective asphalt, barriers, floodlights, ramp, landing zone, and finish gantry throughout. The car must travel continuously left-to-right and forward along one connected track. It may rotate sideways during drifting, but its momentum and destination must always remain forward. Keep every camera on the car’s left side or directly behind it. No mirrored angles, reversed direction, teleportation, or disconnected locations. Frame 1: Begin inside the already accelerating car. Tight cockpit macro on both hands gripping the wheel. Rain streaks across the windshield. The speedometer rises smoothly from about 108 km/h. Steering remains nearly centered. Frame 2: Cut to the left rear-wheel macro. The tire spins rapidly on wet asphalt, deforms under load, and begins losing grip. Water and light smoke spray backward while the car continues forward. Frame 3: Cut to a low left-side tracking shot. The car enters a right-hand drift while moving left-to-right. The rear rotates outward progressively, the front wheels turn into a controlled counter-steer, and the outside suspension compresses. Frame 4: Return inside the cockpit during the same slide. The driver completes one deliberate counter-steer and holds it, using only small grip-related corrections. The speedometer changes naturally to approximately 126 km/h. No random steering-wheel movement. Frame 5: Cut back to a low left-side wide tracking shot. The car sustains the same right-hand drift with a controlled angle. Water sprays behind the rear tires while the camera matches its forward speed. Frame 6: Move naturally into a left-rear three-quarter tracking view. Continue following the car through the same corner without changing sides. The drift angle gradually reduces as the exit opens. Frame 7: Raise from the trailing position into a high rear aerial view. Reveal the same track leading directly toward the ramp. The car straightens progressively and accelerates along the visible racing line. Frame 8: Cut inside as the ramp fills the windshield. The driver makes one controlled upshift, returns the hand to the wheel, and performs one small centering correction. The speedometer rises smoothly toward 148 km/h. Steering then remains almost straight. Frame 9: Cut to a low front-left angle beyond the ramp. The car reaches the ramp and launches high into the air while continuing in the same left-to-right forward direction. All four wheels leave the surface and the suspension extends fully. Frame 10: Cut to a brief fixed ground-level view under the same flight path. The car passes overhead in the established direction, showing the undercarriage, spinning wheels, and fully extended suspension. Frame 11: Cut to a left-rear tracking shot aligned with the landing zone. The car lands front wheels first, then rear. Suspension compresses deeply and rebounds once. Water bursts outward as the vehicle stabilizes and continues accelerating forward. Frame 12: Cut to a long finish-line shot on the same track axis. The car approaches from frame-left, crosses beneath the finish gantry at full speed, and continues toward frame-right beyond the line. Water spray trails behind. Use only action-matched cuts. Every frame must begin from the exact speed, direction, steering state, camera side, and track position established by the previous frame. Animate realistic tire slip, counter-steering, wheel rotation, suspension loading, gear engagement, speedometer changes, airborne weight, landing impact, rain, water displacement, smoke, and controlled motion blur. No split screens, camera spins, random zooms, opposite-side views, steering-wheel shaking, speedometer flicker, vehicle redesign, extra stunts, or continuity breaks.