Stainless steel braided aviation hose has a large proportion in aviation hydraulic system components,and its own large elasticity has a greater impact on the system compared with hard tube.At present,in many studies,pressure is compared to voltage and flow to current,so as to establish a fluid network including liquid resistance,liquid capacitance,and liquid sensation.In order to establish the pressure transfer model of the stainless steel braided aviation hose,the constitutive model of the double braided hose was established to predict the deformation behavior,and the analytical solution of the key parameter of the transfer model-the liquid capacitance was obtained.Finally,the electrical analogy model was established considering the deformation behavior of the stainless steel braided aviation hose.The Simulink model emphasized the influence of wire diameter,braided angle,the number of bundles and the number of wires per bundle on liquid capacitance and hose pressure transfer.The accuracy of the proposed model was preliminarily verified by experiments under the same conditions.