To address the problem of incompatibility between different elements， the paper introduces a “trial-correction” displacement interpolation scheme. This scheme is utilized to construct a four-node quadrilateral plane element that incorporates a drilling degree of freedom. The “trial-correction” interpolation-based four-node quadrilateral plane element takes translational displacements and the drilling degree of freedom as nodal parameters， and higher-order interpolation functions are employed to approximate the displacement field. Firstly， bi-linear interpolation is used to trail the displacement fields. And then， according to the deviation of the drilling degree of freedom， the displacement fields are corrected with bi-cubic interpolation. The convergence of the “trial-correction” interpolation-based four-node quadrilateral plane element is proved by the patch test， and its performance is further verified by three examples. The numerical results show that the “trial-correction” interpolation-based four-node quadrilateral plane element has a high convergence rate， a high numerical accuracy， and can be compatible with beam elements for convenient mix-element modeling. Moreover， the “trial-correction” interpolation method is parameterized and has good extendibility， which lays a foundation for future research about other elements with true rotation angle.