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Controlling texture is essential to improve the deepdrawability and the magnetic property of steel sheets, thus texture control has been extensively studied. Specifically, recrystallization texture can be controlled by adjusting rolling and annealing conditions. There are two major schools of thought regarding the formation of recrystallization texture: the oriented nucleation theory and the selective growth theory. Furthermore, the mechanism for the formation of recrystallization texture varies by the chemical composition of materials, cold rolling reduction, and annealing conditions. Abe et al. have detailed the oriented nucleation theory of steel sheets with high drawability. They revealed that {111} recrystallization texture developed by reducing the grain size of pure iron prior to cold-rolling. Furthermore, they investigated the recrystallization behavior, which was cold-rolled by 50% reduction, and reported that recrystallized grains in the early stage of recrystallization were formed by the subgrain growth at near grain boundaries where the deformed structure was non-uniform. Moreover, the recrystallized grains had the same orientation as that of Development of Recrystallization Texture in Severely Cold-rolled Pure Iron