2012Steadi-Newbies forum
Balancing a lightweight camera with microphone on a Merlin steadicam produces pendulum motion
14 years old. Gear and prices may have changed since.
What the thread found
- Adding a microphone to a previously stable lightweight camera setup can cause excessive pendulum swinging and sensitivity to small disturbances.
- Lighter rigs with lower mass are inherently more sensitive to external forces like wind and require more active operator control through finger guidance on the gimbal.
- Making a rig more bottom-heavy by adding counterweight reduces sensitivity and pendulum effects but increases drop time, while a lighter bottom-heavy configuration is more responsive but requires greater operator skill.
- Adding weight to the stage up to the manufacturer's maximum recommendation increases inertia and improves stability with less pendulum effect, even if it means adding counterbalance weights to maintain acceptable drop times.
- Operating a lightweight steadicam successfully requires continuous active compensation through the non-flying hand rather than relying on passive balance alone.
- The drop test alone cannot reveal all tuning issues; a rig that performs well in drop tests may still exhibit problematic behavior during actual operation or static holds.
Depends on
- The issue is specific to very light camera setups with added accessories, where mass is minimal.
- Resolution of the sensitivity-versus-responsiveness tradeoff depends on shooting conditions and operator skill level.
- The discussion does not include specific numerical parameters or detailed tuning steps.
- Outdoor conditions like wind create additional challenges beyond what indoor testing reveals.
- The configuration remains fundamentally limited by the Merlin's design for lightweight cameras compared to full-size steadicams.