Aiming at the difficulty of massive complex data analysis and processing in dynamic force measurement, the standard excitation sources, modeling methods of calibration instruments, dynamic time-frequency domain evaluation and measurement uncertainty evaluation on traceable measurement of dynamic force are systematically reviewed and discussed in view of principle and practicality. The importance of data modeling and evaluation in dynamic force calibration, value traceability and transmission of force are also illustrated. It provides a theoretical basis for the establishment of dynamic force measurement data evaluation mechanism.