Since mobile networks are not currently deployed on a large scale,research in this area is mostly by simulation.Among other simulation parameters,the mobility model plays a very important role in determining the protocol performance in MANET.Based on random direction mobility model,a high dynamic adaptive mo-bility network model is proposed in the paper.The algorithms and modeling are mainly studied and explained in detail.The technique keystone is that normal dis-tribution is combined with uniform distribution and inertial feedback control is combined with kinematics,through the adaptive control on nodes speed and pre-diction tracking on nodes routes,an adaptive model is designed,which can be used in simulations to produce realistic and dynamic network scenarios.It is the adaptability that nodes mobile parameters can be adjusted randomly in three-dimensional space.As a whole,colony mobility can show some rules.Such ran-dom movement processes as varied speed and dwells are simulated realistically.Such problems as sharp turns and urgent stops are smoothed well.The model can be adapted to not only common dynamic scenarios,but also high dynamic sce-narios.Finally,the mobility model performance is analyzed and validated based on random dynamic scenarios simulations. Since mobile networks are not currently deployed on a large scale, research in this area is mostly by simulation. Simulation of other simulation parameters, the mobility model plays a very important role in determining the protocol performance in MANET. Based on random direction mobility model, a high dynamic adaptive mo-bility network model is proposed in the paper. algorithms and modeling are primarily studied and explained in detail. the technique keystone is that normal dis-tribution is combined with uniform distribution and inertial feedback control is combined with kinematics, through the adaptive control on nodes speed and pre-diction tracking on nodes routes, an adaptive model is designed, which can be used in simulations to produce realistic and dynamic network scenarios. It is the adaptability that nodes mobile parameters can be adjusted randomly in three- dimensional space.As a whole, colony mobility can show some rules.Such ran-dom movement processes as varied speed and dwells are simulated re alistically.Such problems as sharp turns and urgent stops are smoothed well. The model can be adapted to not only common dynamic scenarios, but also high dynamic sce-narios. Finally, the mobility model performance is analyzed and validated based on random dynamic simulations .