 Concrete is brittle and can easily break when subjected to low-velocity impacts. This makes concrete structures vulnerable to damage from such forces. Research has been conducted to understand how concrete responds to these impacts and what measures can be taken to make them more resilient. Analytical, numerical, and experimental studies have been done to investigate the responses and failure behaviors of various types of concrete structures and members subjected to low-velocity impact loads. These studies suggest that advanced composite materials, shear reinforcement, and hybrid techniques are promising for effectively strengthening concrete structures. This article was authored by Rayanasser Aldallian, Agusral Siamsir, Muhammad Sapien Abu Bakar, and others.