Designer Viktor Bakhirev from Nalchik has officially registered a new gravitational installation scheme. According to the concept, the power unit with two rotors will be able to operate due to the movement of loads.

The design includes a small rotor with engagements and large-diameter discs with radial shelves located on its sides. Loads move between the elements of the mechanism such that in one section they pass to the small rotor, and in another, they are placed on the shelves of the large disc.

The key idea is to create a difference in the lever arm on which the weight of the load acts. He calculated that when the position of the loads changes, the rotor goes out of balance, after which the mechanism should continue to move.

The geometry of the discs itself sets different positions of the loads relative to the axis of rotation. Bakhirev expects to use the resulting imbalance to create torque.

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It should be noted that this is not Bakhirev's first attempt to propose the principle of a gravitational engine. In a previous patent, he calculated the operation of such a unit using screw mechanisms, where loads moved along a flexible belt with the help of a mechanical deflector on the casing. In the new scheme, the designer has bet on variable geometry.

However, the new design, like the previous one, directly contradicts the law of conservation of energy. The installation will spend as much energy moving loads with an electric drive as it can generate due to gravitational imbalance. This fact makes the creation of Bakhirev's "perpetual" motion machine impossible.