What the thread found

• Vertical bouncing from footsteps often results from gripping the gimbal too tightly rather than from equipment failure, as excessive grip tension introduces pendulum effects that fight natural inertia compensation.
• Static balance should be checked by standing with good posture and removing both hands from the rig—it should float in its default operating position without requiring corrective force.
• A loose grip on the gimbal combined with using the other hand to gently lift or push down helps manage vertical displacement more effectively than fighting the rig with tension.
• Adding weight to the upper portion of the arm, such as an on-board battery or matte box, improves stability and reduces bouncing artifacts.
• Increasing drop time to 1.5 to 2 seconds initially can help operators learn technique more effectively with lighter rigs.
• Maintaining tight, stable posture in the core during walking reduces unintended vertical movement transmitted to the rig.

Depends on

• The reported problem occurred with a light camera setup at 10 pounds, which may behave differently from heavier configurations.
• The advice addresses learning technique for lighter rigs specifically and may require adjustment for different payload ranges.
• No measurement was provided for initial drop time or how different spring tensions affected the results in this specific case.

Gear in this thread

Zephyrcatalog

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