What the thread found

• When a gimbal fails to maintain dynamic balance, the precision adjustment bolts may be insufficiently tightened to hold calibration after centering
• Dynamic balance requires careful positioning of camera center of gravity, typically starting around the back of the gimbal post, then fine-tuned by moving battery position in small increments
• Every mass added to a sled affects both static and dynamic balance, but in field practice only monitor position, battery position, camera position, and sled length are typically adjusted
• A monitor mounted forward on the sled can interfere with side-drop test methods for evaluating dynamic balance
• Loose or shifting accessories like cables and wireless receivers can cause balance to shift during testing, but loose gimbal bolts remain a primary suspect when all accessories are secured

Depends on

• The issue was ultimately resolved for this specific operator but may recur, requiring professional service inspection
• Discussion mentions a specific camera system and gimbal model but generalizes to other configurations
• Recommendations reference printed documentation that participants found helpful but exact applicability to other gimbal designs unclear

Gear in this thread

MDR

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