Design, simulate, and export high-speed robotic camera choreography and speed-ramp curves for red carpet galas, music videos, and cinematic slow-motion moments.
Made legendary by director Cole Walliser at the Emmys, Oscars, and Grammys, the Glambot mounts a high-speed Phantom 4K Flex onto a Mark Roberts Motion Control (MRMC) Bolt robotic arm capable of moving at over 9 meters per second with sub-millimeter repeatable precision.
What gives the sequence its signature viral pop is non-linear time warping. The shot starts in natural 24fps motion, snaps violently into an ultra-slow 720–1000fps freeze at the exact moment of a kiss, hair toss, or wink, and accelerates back to real-time as the camera pulls away.
Export velocity F-curves directly to DaVinci Resolve, Adobe Premiere Pro, or MRMC Flair robotic rigs. The keyframe curve calculates real-to-slow-motion duration expansion so editorial departments can lock final audio stingers with zero guesswork.
The total slow-motion output duration is computed by integrating the instantaneous frame rate across the real-time capture window divided by the project timeline base rate (24 FPS). When shooting at 960 FPS, one second of live real-time action yields 40 seconds of butter-smooth 24p cinema playback.
A production Glambot setup utilizes a Bolt High-Speed Cine Robot, a Phantom Flex4K camera, high-frequency continuous flicker-free LED banks (such as Arri Skypanels running above 20kHz to prevent strobing at 1000fps), heavy-duty pedestal anchoring plates, and a safety isolation perimeter for talent.
Yes. The exported CSV/EDL contains normalized time, velocity multipliers, and re-timing keyframe percentages compatible with DaVinci Resolve's Retime Curve and Premiere Pro's Time Remapping Bezier handles.