Cold spraying is a procedure of solid-state powder deposition employing numerous exclusive properties, permitting the creation of coatings from a broad scope of materials. This innovation was found coincidentally when researchers attempted to study the two-phase supersonic flows by putting copper particles into the wind tunnel. Fruitful deposition of a variety of materials by cold spray gives the chance to tailor a wide scope of substrate/coating systems with explicit capacities for various applications. This chapter briefly describes the different parts of the sensible and imaginative development of the cold spraying procedure inside the field of reproduction and repair using an idea of added substance fabricating. An intensive report was led on this innovation's capability to form both thick and thin coatings while profiting by diminished residual stress levels contrasted with traditional thermal spray coating procedures like plasma spraying or high-velocity oxy-fuel. An organized review of process technologies, especially concentrating on the appropriateness of composite particles of ceramic-metal utilized in a deposition, was conducted. Additionally, the explanation was prepared relevant to molecule effects and bonding mechanisms at the time of deposition. The review is concluded with an assigned area to propose new avenues for additional exploration and improvements.