Abstract: In order to study the influence of projectile material parameters (mainly strength, toughness, etc.) on the penetration depth of hypervelocity penetrating concrete targets, experiments of 93W tungsten alloy column-shaped projectiles with different material properties penetrating into concrete targets at 2.3~3.6km/s were carried out. The experimental data of the penetration depth and residual projectile length of different projectiles were obtained. Combined with the experimental results and numerical simulation in the literature, the influence of material parameters on the penetration depth and the length of the residual projectile at different impact velocities were analyzed. The conclusions obtained are as follows: (1) If the toughness of the projectile material increases and the strength does not change, the characteristic parameters of the residual projectile do not change significantly, and the penetration depth does not change significantly, and no significant change in the velocity of the corresponding maximum penetration depth was found. (2) If the strength of the projectile material is increased and the toughness is constant, the ability of the projectile to resist erosion can be enhanced, the residual length of the projectile was increased, and the critical transition speed was increased, thereby increasing the rigid penetration depth and total penetration depth. At the same time, the velocity corresponding to the maximum value of the projectile penetration depth was increased.