By means of EBSD in case of electrolytic tough pitch copper wire, drawing texture of FCC metals has been shown to consist of several preferred orientations, similar to the rolling texture. Texture similar to the shear one was formed in periphery region of the wire, although it was rotated to texture of central region at an angle slightly smaller than 90°. Distribution of the main preferred orientations along the cross section of deformed wire has been explained with stress-state occurring upon drawing in the central and periphery regions. Relationships between deformation and recrystallization textures in regions with different stress-strain state were investigated. Regularities of formation of recrystallization twins have been considered in regions with different types of textures. The orientation of recrystallization texture depending on the deformation texture has been discussed from the point of mobility of CSL boundaries between <111> and <100> orientations − Σ25b.