Показываем как именно с помощью Kling 2.5 Для этого эффекта вам понадобится фото вашего объекта/продукта, которое предварительно мы разберем с помощью Nano Banana Pro. 1️⃣ Заходим в Head AI, выбираем Nano Banana Pro, загружаем свое фото и вставляем этот промпт (адаптируйте под свой объект, в нашем случае спортивные часы): Create an ultra-photorealistic exploded view of the exact Garmin Fenix watch shown in the reference image. Strictly preserve the original camera angle, wrist position, perspective, outdoor lighting, street background, and composition. The watch must remain worn on the wrist exactly as shown — no changes to skin, pose, or environment. Disassemble the watch into its real components, aligned cleanly along the vertical axis with precise, even spacing: sapphire crystal, bezel, metal case, AMOLED display, touch layer, internal PCB boards, GPS antenna, battery, heart-rate sensor, buttons and stems, seals, screws, charging contacts, and silicone strap (separated into parts
Разберите любой объект и сделайте из этого трендовое видео. Показываем как именно с помощью Kling 2.5
Для этого эффекта вам понадобится фото вашего объекта/продукта, которое предварительно мы разберем с помощью Nano Banana Pro.
1️⃣ Заходим в Head AI, выбираем Nano Banana Pro, загружаем свое фото и вставляем этот промпт (адаптируйте под свой объект, в нашем случае спортивные часы):
Create an ultra-photorealistic exploded view of the exact Garmin Fenix watch shown in the reference image. Strictly preserve the original camera angle, wrist position, perspective, outdoor lighting, street background, and composition. The watch must remain worn on the wrist exactly as shown — no changes to skin, pose, or environment. Disassemble the watch into its real components, aligned cleanly along the vertical axis with precise, even spacing: sapphire crystal, bezel, metal case, AMOLED display, touch layer, internal PCB boards, GPS antenna, battery, heart-rate sensor, buttons and stems, seals, screws, charging contacts, and silicone strap (separated into parts). All materials must be physically accurate — brushed metal, reflective sapphire glass, textured rubber, detailed microchips and circuitry. No added text, branding, futuristic parts, or modifications. Ultra-detailed, cinematic engineering product shot, sharp 8K realism, technically believable.
2️⃣ Далее, в боте выбираем Kling 2.5 Turbo. Первым кадром добавляете разобранное фото, вторым кадром исходное изображение и вставляем наш промпт (не забудьте адаптировать под свой объект):
Animate the exploded watch components smoothly reassembling into the fully built watch. Anchor rule: the wrist continuously holds the main watch case — it remains perfectly fixed in the hand with zero positional shift. Each separated component translates straight inward along its original axis, moving in clean linear paths with precise mechanical alignment. Motion must be slow, controlled, and deeply satisfying — like a premium high-end engineering assembly. No rotations, no scaling, no morphing, no easing distortions. Translation only. Each part slides into place and locks seamlessly into its exact slot. No new elements appear. No parts disappear. No duplicates. No substitutions. Maintain the original camera angle, framing, perspective, lighting, depth of field, background, and hand position perfectly unchanged throughout the entire animation. End on the watch fully assembled, identical to the original complete state — pixel-perfect match.
3️⃣ Скачайте ваше видео и используйте его в ваших креативных задачах.
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