Industrial Robot Rescue: Image-to-Video Prompt

integrated_multimodal_description 15 seconds, 16:9, realistic industrial-disaster image-to-video, I2VA. Use <Picture 1> as the first frame and only scene reference. Extend only the giant rusted robot, the burning factory zone, the right-side elevated platform, and the single distant human figure already visible on that platform. The story is one continuous reveal: at first the glowing mono-eye and outstretched claw seem to target the person, then it becomes clear the robot is reaching to catch the unstable platform beneath that person. Same place, same time, no scene jump. Lock staging: A = the giant robot at left-center, with the circular amber mono-eye, pale gray-blue rusted armor, exposed gear ring, pistons, and cables exactly based on <Picture 1>. A takes one large step toward the right-side platform, then only makes load-bearing adjustments with the feet and does not advance again. A always uses the right hand nearest the platform to support the inner edge. B = the single distant human figure on the right-side platform from <Picture 1>, always staying on the right section; do not generate any close-up face, gender detail, or clothing redesign. The platform inner edge faces A, the outer edge remains attached to the right-side building. Camera always stays on the frontal factory side from <Picture 1>, never crosses axis. A stays left-center, B and the platform stay right. Every shot continues from the previous end position. Keep the original palette: smoke-black blue, cold steel blue-gray, oxidized rust gray, with existing fire orange and mono-eye amber as limited warm accents. Cold cyan shadows, restrained metallic mids, local fire reflections, low saturation, high contrast, readable joints in the darks, preserved flame detail in highlights. Overcast cold top light and existing warm side firelight stay constant. [0.0-2.3s] Fast. A is already moving in frame 1. Its weight shifts hard toward the right, the foot nearest the platform crushes foreground scrap as it takes one large step, rubble squeezes outward, and low smoke rolls flat under the impact. The right shoulder rotates and the right arm rises toward the platform. The mono-eye aperture tightens onto B as if aiming. B steps back once along the right railing, gripping it with both hands, shoulders tense, head turned toward A. Use a 24mm low-angle near-ground tracking shot moving rightward, keeping A and the right platform in the same frame. Cut on action as the right arm passes close across the lens. [2.3-4.7s] Mechanical close-up. Hold a fixed close shot on A’s right shoulder, forearm, and wrist as the arm extends toward frame-right. The motion chain is precise and causal: shoulder gear ring engages and rotates, rusted armor plates slide apart exposing the dark inner shaft, hydraulic pistons extend in stages, oil sheen flickers between cold ambient light and nearby firelight, cables lag slightly by inertia then slide over guide wheels and pull tight, the wrist aligns, and the segmented claw fingers open one by one with fingertips crossing beyond the right edge. No random independent movement. Mechanical hum rises and valve hiss comes close. Around 2.8s, B shouts once from the distance, <d>[English] Stay back! </d>, partly masked by machinery, with no face cut-in. Carry into the next shot with fingertip direction. [4.7-7.0s] Reveal and slow failure. Whip-pan along the claw direction and land on the inner steel-beam connection of the right-side platform. B’s feet and gripping hands are visible at the top of frame, and A’s fingertips remain at the left edge. The connection vibrates and emits one sharp metallic failure tone. Slowly push in. The existing fire at lower-right continues heating the support. Under heat and load, the beam gradually bends, riveted joints loosen, metal filings fall by gravity, and only the inner edge of the platform sinks a few centimeters. B bends the knees and grips the railing tighter, looking down at the feet and then toward A’s approaching hand. The final connection break bridges into the next shot. [7.0-10.8s] Violent impact. Cut to a fixed frontal factory wide shot on the same axis, with A, the right platform, and B all visible. Only the inner edge of the platform suddenly drops about half a meter while the outer edge remains attached to the building; B folds low against the railing. A stabilizes with the already-planted stepping leg, then drives the right arm forward. The right hand wedges under the inner edge, and after palm contact the claw fingers visibly hook the edge beam. The impact chain is clear: palm contact -> wrist piston compression -> elbow axle drop -> shoulder armor shudder -> torso lean -> knee on the platform side dropping into rubble; the other foot braces backward and carves a short trench in debris. At the moment of contact, use about half a second of local slow motion, with the camera jolting backward briefly from the force and then stabilizing before returning to normal speed. A small amount of orange-white sparks scrape out from the contact point, arc downward, and extinguish. Steel dust and debris burst outward, then fall. Existing firelight flickers across the steel surface. The platform finally stops on A’s hand, and B remains on the right section. [10.8-15.0s] Slow settle. Pull back slowly from the load-bearing right hand: finger joints tremble in fine detail, wrist pistons make small corrective compensation, vibration in the taut cables diminishes, the hydraulic system exhales quietly, and the claw remains locked to the beam. Continue pulling until A’s one-knee support posture is fully visible. B uses the railing to stand steady again, first looking at the supported broken inner edge, then raising the head toward A’s mono-eye; the shoulders gradually relax. A’s mono-eye settles from urgent flicker into a stable glow, always directed at the platform. Background smoke columns keep rising and rolling, smokestack flare, pipe venting, and ground fires continue with believable motion; dust settles and sparks disappear. End on A still supporting the platform from below with the right hand, while B stands stable on the right section. Physical continuity is strict: keep A’s mono-eye, armor, limbs, and claw-finger count stable. B remains a single distant person only. Only the inner platform edge fails; the outer edge never fully detaches. No teleporting, no axis crossing, no fire passing through solid surfaces, no smoke obscuring the key contact point, no floating debris, no laser effects, no extra people, no subtitles, and no watermark. overall_soundscape Layered industrial ambience throughout: low factory bass, distant fire roar, venting pipes, chain and cable rattles, gear engagement, hydraulic hiss, brittle metal failure, heavy metal impact, and rolling rubble. In the opening, emphasize the huge footfall, scrap scraping under pressure, stone and debris displacement, low smoke disturbed by the step, and distant furnace fire. During the arm-extension close-up, bring the mechanics forward: gear ring bite, staged piston extension, cable drag over pulleys, tightening tension, valve hiss, and rising servo hum. Around 2.8s, B shouts once from far away, <d>[English] Stay back! </d>, partly swallowed by machine noise. At the connection reveal and slow push, feature the small metallic tremor, heat-stressed beam creak, loose rivets, and falling filings. In the impact section, the sound order must be clear: final support break -> platform drop -> robot hand strike and catch -> piston compression -> shoulder shock -> rubble trench scrape -> brief spark spit -> debris fall. After the impact, suppress the broader ambience briefly, then let the load-bearing mechanical groan and distant fire return. Existing smokestacks and fire zones may produce remote dull bursts and momentary flare-ups, but do not introduce any new explosion source. No score should overpower the collision. non_diegetic_music Use no dominant score. If any non-diegetic layer is present, keep it minimal and extremely low, more like pressure than melody. Let the scene be driven by industrial bass, machinery, metal stress, impact, and the post-catch bearing groan. The catch moment should feel powered by physical sound rather than music.