This paper proposes a generalized mathematical model that describes the behavior of the high-single-phase, including porous ceramics and more complex ceramics with a metal component – based cermet of titanium diboride and boron carbide (TiB2 + B4C) under impact loading. By computer simulation to study the processes of deformation and fracture of compact cylindrical elements made of oxide ceramics and metal AD 85 TiB2 + B4C impact on a rigid plate. A comparison of the results of mathematical modeling with experimental data on the implementation of the drummers in metal-ceramic aluminum target.