Dynamic pressure measurement is a big necessity for some industries like defense, aerospace, medicine producing and etc. In this type measurement, pressure value changes by time and it has short period of time as a few miliseconds. In dynamic pressure measurement includes a pressure sensor, signal conditioning amplifier and data acquisition system. Dynamic pressure measurement by using dropping mass is one of the methods. This method uses a dropping mass on to a piston cylider unit that is known its effective area, increasing the pressure in the hydraulic medium by up to some hundreds of MPa. Measurements of such dynamic pressure sensors can be done with different pressure transmission fluids using various reference devices. However, whether the pressure transmission fluids with different physical and chemical properties have an effect on the performance of the dynamic pressure sensor has been among the subjects studied. In this study the influence of the process conditions on dynamic pressure transducers such as the effect of different process parameters like pressure transmission medium in liquid on dynamic pressure sensors performance have been investigated. The pressure points in the measurement are (100, 200, 300, 400, 500) MPa. To see the effect of different fluid media on the performance of selected dynamic pressure sensors, two different pressure transmitting fluids have been selected for comparison. They are sebacate and glycerol. For each pressure point, measurements have been repeated 5 times for both liquids. The produced voltage outputs proportional to applied reference dynamic pressure values for dynamic pressure sensors have been recorded during the measurements. For the measurements, a Kistler dynamic pressure sensor has been used. Its measurement range is 500 MPa. In summary, in this study the influence of liquids on dynamic pressure transducers performance has been investigated and the results have been shared. [ABSTRACT FROM AUTHOR]