Dynamic load test is an important engineering test that is applied to determine the real-time performance, strength and safety of all structures subjected to moving or changing loads. It is used to ascertain the responses of bridges, cranes, foundations, offshore structures and heavy equipment to conditions other than static forces. The engineers are able to measure vibration, deflection, stress distribution and structural behavior as a whole by applying controlled dynamic forces. The outcome of a load test assures that the structure is safe and efficient to endure the actual working conditions. Construction, oil and gas, marine and infrastructure development industries are among the industries that use procedures to ensure that design is correct and within the international safety standards. This form of testing can also be used to expose underlying flaws, enhance the stability of design and increase the life cycle of assets. Dynamic load test is also necessary to reduce risks, avoid failures, and guarantee long-term operational safety of the important engineering use where performance and durability are crucial.