In this paper, the influence of force sensors on the quality of measurement results is observed. The theoretical part of the paper describes the general meaning of force and the basics of force measurement. The types of force sensors used in measuring different types of loads were described in more detail and their measurement capabilities were listed. Also, the requirements for the materials used in the fabrication of the deformation elements were given. In the experimental part, the calibration of the deformation element was provided before and after the exposure to dynamic strain. The calibration according to HR EN ISO 376 standard was carried out on the primary force standard in the Laboratory for Testing Mechanical Properties of the Faculty of Mechanical Engineering and Naval Architecture. Furthermore, the characterization and the hardness level of the dynamometer base material was carried out. The measurement results were processed and analyzed from which a conclusion was made.In this paper, the influence of force sensors on the quality of measurement results is observed. The theoretical part of the paper describes the general meaning of force and the basics of force measurement. The types of force sensors used in measuring different types of loads were described in more detail and their measurement capabilities were listed. Also, the requirements for the materials used in the fabrication of the deformation elements were given. In the experimental part, the calibration of the deformation element was provided before and after the exposure to dynamic strain. The calibration according to HR EN ISO 376 standard was carried out on the primary force standard in the Laboratory for Testing Mechanical Properties of the Faculty of Mechanical Engineering and Naval Architecture. Furthermore, the characterization and the hardness level of the dynamometer base material was carried out. The measurement results were processed and analyzed from which a conclusion was made.