2007Sled forum
Operating an XCS AR stabilizer rig on a complex commercial with choreography and whip pans, including battery configuration, mode switching, and technical challenges encountered.
19 years old. Gear and prices may have changed since.
DisputedParticipants disagreed and reached no conclusion. Read the findings as positions, not as an answer.
What the thread found
- A three-battery setup (two Dionic 90s and one Proformer) provided extended runtime and helped manage sled length and gimbal position to navigate tight spaces like passing through a window.
- Wireless control of iris and zoom allowed the director of photography to watch the shot on a monitor and make real-time adjustments, with a zoom stick providing both snappy movements during whip pans and slow creeping adjustments as needed.
- Rapid directional changes, mode switches between low and high, and whip pans can saturate the stabilizer's sensors and cause leveling drift that may take seconds to nearly a minute to correct, requiring slower shot speeds at critical moments.
- The stabilizer's sensors rely on Earth's magnetic field for orientation similar to a compass, making them potentially vulnerable to interference from magnetic fields on set.
- Electronic version inconsistencies and quality control issues occurred during production, including monitor rotation problems that required replacement units mid-shoot.
Depends on
- One operator's experience on a specific commercial; results may vary between different AR rigs.
- The claimed weakness with fast level changes and sensor saturation was observed by this operator but perspectives on severity may differ.
- The magnetic field sensitivity claim and quality control issues are presented as individual experiences rather than documented specifications.