Abstract: Inviewofthesmallsatellitefastattitudemaneuver,  asatellitecontrolmethodforfastattitudemaneuverandstabilizationbasedonparticleswarmoptimization(PSO)  wasproposed.First,thismethoddoesthepathplanningwhichtheinitialpositionofparticlepopulationisasthefinishtimeforsatellitemaneuveraccelerationperiod;  theninthispathplanningthemaintenancetrackingcontrolwasusedfortracking,  andintheendofthemaneuverpath,thegoldensectioncontrolandlogicdifferentialcontrolwereusedtomakestabilitycontrol;  atlast,thetimeofsatelliteattitudemaneuvertotargetangleandstablewastakenasadaptivevaluetofindoutanoptimalpathintheconditionsofthiscombinedcontrolmethodandotherlimittoattitudemaneuverandstabilitycontrol.Thiscontrolmethodcandooptimalmaneuverandstabilitycontrolaccordingtotheactualdynamiccharacteristics,environmentalcharacteristicsoftheastral,constraintsandcontrolperformance.Applyingthismethodtothesmallsatelliteattitudecontrol,simulationresultsshowtheeffectivenessofthemethod.

Key words: attitudecontrol, fastmaneuver, particalswarmoptimization, flexiblesatellite, stabilize