Pushing equipment is a large-scale construction machinery used in the bridge pushing construction method, capable of quickly and safely achieving the construction of large bridges. Establishing an intelligent and flexible pushing construction technology platform to realize the intelligent and automated construction of large components is an inevitable trend and direction in the development of modern pushing construction technology. In the process of pushing construction for modern large and complex components, the stress conditions on the construction equipment become more complex, and the service conditions tend to be extreme, characterized by high pressure, heavy load, large inertia, and complex working environments with strong external field effects. Reasonable design of pushing equipment and pushing processes play a crucial role in ensuring the safety, stability, and efficient forming of large components.