This paper examines the effects of different nose-shaped projectiles on the perforation of concrete at high speeds [1]. The severity of damage is assessed in terms of the crater size on the impact and distal faces. An attempt is made to correlate the severity and type of damage with factors such as nose-shape of projectile and compressive strength of concrete. The energy absorbed during the perforation of concrete is also examined. A general trend of increase in severity of damage is observed when an ogive-shaped projectile as compared to a conical one is used. ©2000 American Institute of Physics.