199-1368: 113teeth Engine Flywheel

An Engine Flywheel is to store kinetic energy during the power stroke of the engine's combustion cycle and release it during the remaining engine cycles. It achieves this by its rotational inertia, which opposes speed changes. The flywheel's mass and design are optimized to provide a consistent rotational speed, reducing the impact of variations caused by the intermittent power delivery from the engine. Attributes: • Extract energy quickly and release it at high speeds without any limit • Withstands extreme pressure and temperature conditions Applications: An Engine Flywheel serves as a vibration damper by absorbing and dissipating engine vibrations reducing their impact on the engine and associated components and enabling the engagement of the starter motor gear to ensure proper meshing and torque transfer during engine startup.