An X-ray system (100, 1000) comprising: an X-ray detector (200, 1100); and a workstation (180, 1200), wherein the X-ray detector (200, 1100) comprises: a shock-detecting sensor module (260, 1110) positioned within the X-ray detector having a first side and a second side opposite the first side, and being configured to measure an instantaneous acceleration value of the X-ray detector (200, 1100), a detector memory storing the instantaneous acceleration value measured by the shock-detecting sensor module (260, 1110), and a detector controller configured to calculate an impulse applied to the X-ray detector (200, 1100) by using the measured instantaneous acceleration value and transmit the calculated impulse to the workstation (180, 1200), wherein the workstation (180, 1200) is configured to receive the calculated impulse from the X-ray detector and output information about the impulse, CHARACTERISED IN THAT the X-ray detector (200, 1100) comprises: a shock-absorbing member (280, 1120) attached onto the first side of the shock-detecting sensor module (260, 1110) and the second side of the shock-detecting sensor module (260, 1110) positioned within the X-ray detector (200, 1100), wherein, in response to an instantaneous acceleration being applied to the X-ray detector (200, 1100), the shock-absorbing member (280, 1120) is configured to transmit a reduced acceleration value to the shock-detecting sensor module (260, 1110) to sense an expanded range of acceleration values experienced by the X-ray detector (200, 1100) within the measurement range of the shock-detecting sensor module (260, 1110). an X-ray detector (200, 1100); and a workstation (180, 1200), wherein the X-ray detector (200, 1100) comprises: a shock-detecting sensor module (260, 1110) positioned within the X-ray detector having a first side and a second side opposite the first side, and being configured to measure an instantaneous acceleration value of the X-ray detector (200, 1100), a detector memory storing the instantaneous acceleration value measured by the shock-detecting sensor module (260, 1110), and a detector controller configured to calculate an impulse applied to the X-ray detector (200, 1100) by using the measured instantaneous acceleration value and transmit the calculated impulse to the workstation (180, 1200), wherein the workstation (180, 1200) is configured to receive the calculated impulse from the X-ray detector and output information about the impulse, CHARACTERISED IN THAT the X-ray detector (200, 1100) comprises: a shock-absorbing member (280, 1120) attached onto the first side of the shock-detecting sensor module (260, 1110) and the second side of the shock-detecting sensor module (260, 1110) positioned within the X-ray detector (200, 1100), wherein, in response to an instantaneous acceleration being applied to the X-ray detector (200, 1100), the shock-absorbing member (280, 1120) is configured to transmit a reduced acceleration value to the shock-detecting sensor module (260, 1110) to sense an expanded range of acceleration values experienced by the X-ray detector (200, 1100) within the measurement range of the shock-detecting sensor module (260, 1110). a shock-detecting sensor module (260, 1110) positioned within the X-ray detector having a first side and a second side opposite the first side, and being configured to measure an instantaneous acceleration value of the X-ray detector (200, 1100), a detector memory storing the instantaneous acceleration value measured by the shock-detecting sensor module (260, 1110), and a detector controller configured to calculate an impulse applied to the X-ray detector (200, 1100) by using the measured instantaneous acceleration value and transmit the calculated impulse to the workstation (180, 1200), wherein the workstation (180, 1200) is configured to receive the calculated impulse from the X-ray detector and output information about the impulse, CHARACTERISED IN THAT the X-ray detector (200, 1100) comprises: a shock-absorbing member (280, 1120) attached onto the first side of the shock-detecting sensor module (260, 1110) and the second side of the shock-detecting sensor module (260, 1110) positioned within the X-ray detector (200, 1100), wherein, in response to an instantaneous acceleration being applied to the X-ray detector (200, 1100), the shock-absorbing member (280, 1120) is configured to transmit a reduced acceleration value to the shock-detecting sensor module (260, 1110) to sense an expanded range of acceleration values experienced by the X-ray detector (200, 1100) within the measurement range of the shock-detecting sensor module (260, 1110). a shock-absorbing member (280, 1120) attached onto the first side of the shock-detecting sensor module (260, 1110) and the second side of the shock-detecting sensor module (260, 1110) positioned within the X-ray detector (200, 1100), wherein, in response to an instantaneous acceleration being applied to the X-ray detector (200, 1100), the shock-absorbing member (280, 1120) is configured to transmit a reduced acceleration value to the shock-detecting sensor module (260, 1110) to sense an expanded range of acceleration values experienced by the X-ray detector (200, 1100) within the measurement range of the shock-detecting sensor module (260, 1110).