Gravitational-inertial model with fluid-ball imbalance ⚙️💧

Gravitational-inertial model with fluid-ball imbalance ⚙️💧

The video shows an experimental installation demonstrating a short-term rotation of the rotor due to the dynamic displacement of the center of mass. Each blade contains an sealed capacity with liquid and free balls ⚪. When the structure is rotated, under the effect of gravity and centrifugal force, an uneven redistribution of mass occurs. This creates an asymmetrical moment and initiates movement 🔄.

The system is not a source of free energy ♻️ — it is completely subject to the laws of physics, in particular the law of energy conservation. Delay is the consequence of friction, air resistance, and internal loss.

Such layouts are interesting for the study of unstable mechanical systems, biomimetics and designing devices with controlled imbalance 🛠️.