Recent advancements in the space sector, such as the active involvement of private investors and the integration of reusable launchers, have driven down the costs associated with space missions, leading to a surge in spacecraft launches. Spacecraft testing plays an essential role in the pre-deployment phase, particularly in mitigating the risks of failure of critical components associated with violent events such as shocks experienced during launch and deployment; those shocks comes mainly from devices that are used extensively in space, namely pyrotechnic devices. Physical tests to simulate pyrotechnic shocks are common and well documented by different standards, but often require iterative and time-consuming setup and calibration processes.