4K Studio Drone Motor Product Shoot

I need a full portfolio shoot for our miniature drone and gimbal motors that will become the visual centrepiece of our new website. Everything must be captured in a controlled studio environment so every curve, cuts, and copper windings is crisply lit and perfectly in focus. For the stills, I’m after clean, high-contrast studio photography on seamless backgrounds—white or black is fine—where the hardware remains the unmistakable hero. Creative accent lighting, light painting or coloured gels are welcome as long as they elevate the engineering details and never overpower them. For video, the brief is a detailed product showcase in true 4K. Think slow-motion fly-overs, macro passes across the motor coils, and elegant orbit shots on a motorised turntable. No action footage or testimonials are required; the entire story should be told through polished studio cinematography that highlights build quality and design innovation. Deliverables • 10-15 products fully retouched still images (min. 4000 px, PNG plus layered PSD/TIFF) • 1-2 motion videos for each product, 5-10 seconds, 4K (3840 × 2160) with colour grade and audio bed • One master showcase video, 1–2 minutes, 4K (3840 × 2160) with colour grade and audio bed • A 30-second teaser cut in the same resolution • All RAW photo files and LOG/ProRes video for our archive Acceptance criteria • Consistent lighting and colour across the entire set • Product surfaces free of dust, fingerprints or reflections • Smooth, stabilised camera moves with no flicker or banding • Final assets delivered via shared drive by the agreed deadline We’ll provide the drone and gimbal motors in the best possible condition so you can capture flawless images/videos. Let me know how many shooting days you expect, what gear you plan to use (mirrorless bodies, macro glass, sliders, turntables, etc.) and share links to similar studio product work you’ve completed. Excited to see how you bring our tech to life.

ID do Projeto: 40126638

Localização: Navi Mumbai, India