The invention discloses a manufacturing method of a mechanical wheel with a large-
mass-point balancing weight. The mechanical wheel is characterized by being composed of a reducing shaft, a hub, a bearing box, a mechanical wheel
spoke, a
spoke ring, the
mass point balancing weight and an energy
transmission system. The mechanical wheel generates huge rotating
kinetic energy during high-speed rotation, and manufacturing of the mechanical wheel is determined by combining the requirement of the rotating
kinetic energy for the structure of the mechanical wheel. A mechanical wheel rotating gear disc is arranged on the outer edge of the mechanical wheel rim; the gear disc is shifted by the gear disc at the output end of the planetary gear box input by the rotation energy of the mechanical wheel; the wheel disc and the mechanical wheel are large in structure
mass, and parts are manufactured through shaping and are assembled and debugged on site.