To improve the efficiency of naval aircraft support, the optimization design of aviation support resource performance indexes under pit-stop support mode is carried out.

A naval aircraft deck operation scheduling model is established with the objective of minimizing the support time, the carrier surface aviation support resource performance index is regarded as the independent variable satisfying the interval constraint, and a two-layer optimization model is constructed.

The optimal resource allocation scheme and support operation scheduling scheme under different sortie modes are obtained through the simulation of various typical mission scenarios, and the effectiveness of the solution algorithm is verified.

The proposed method can effectively solve the joint optimization problem of pit-stop support resource performance index and support operation scheduling, providing theoretical support for the optimization of pit-stop support resource configuration.