This study creates and combines the general maneuver libraries for fixed-wing aircraft to implement tactical maneuvers. First, the generalized maneuver libraries are established by analyzing the characteristics of tactical maneuvers required in battlefields. The 7th order polynomial is applied to both the creation of the maneuver libraries and the generation of the trajectories or flight paths for modal inputs. To track the desired trajectory, we design the Attitude Command Attitude Hold (ACAH) system and the Rate Command Rate Hold (RCRH) system using Model Following Con-troller (MFC). Moreover, the Line-of-Sight (LOS) guidance law is designed. In particular, the CONDUIT? is employed to optimize the gains so that the control systems meet the aircraft Han-dling Qualities (HQ) criteria. Finally, flight simulations are performed for the longitudinal loop, immelmann-t, and climb-slalom-descent maneuvers to verify that tactical aggressive maneuvers are realizable via the combination of maneuver libraries. This study can contribute to the develop-ment of flight techniques for aircraft tactical maneuvers and to the revision of air force operational manuals.