Hydraulic systems are increasingly utilized in vehicles and industrial applications. The demand for designing and enhancing hydraulic components and systems, as well as for human resource training in this field, necessitates multi-purpose test benches capable of testing and evaluating hydraulic components (e.g., pumps, actuators, valves). This paper presents the design and fabrication of a hydraulic experiment bench with a power of 37 kW, intended for testing and training activities on hydraulic systems. The development of the test bench will be presented with integration of components and operation of the system to observe results (operating parameters of hydraulic flow and components such as: pressure, flow rate, driven power and force/torque). With the supports of the designed test bench, testing activities and research will assist designers in addressing challenges related to the operation and design of hydraulic systems.