An imaging arrangement for obtaining a digital image (M opt ) of a poorly-lit scene (D) with a moving subject (B), comprising - a first light source for generating a first light pulse (F RGB ), which first light source comprises a visible-spectrum light source ; - a second light source for generating a second light pulse (F mono ), which second light source comprises an infrared-spectrum light source; - a driver configured to drive the first light source to generate the first light pulse (F RGB ) over a first duration (t RGB ), and to drive the second light source to generate the second light pulse (F mono ) over a second duration (t mono ), which second duration (t mono ) is at most 10% of the duration (t RGB ) of the first light pulse (F RGB ), and such that the intensity (N mono ) of the second light pulse (F mono ) exceeds the intensity (N RGB ) of the first light pulse (F RGB ) by at least 100%; - an image sensor (S, S1) arranged to record a visible-spectrum image (M RGB ) of a scene (D) illuminated by the first light pulse (F RGB ); - an image sensor (S, S2, S IR ) arranged to record an infrared monochrome image (M mono ) of the scene (D) illuminated by the second light pulse (F mono ); and - an image processing unit realised to combine information from a visible-spectrum image (M RGB ) and an infrared monochrome image (M mono ) to obtain a digital image (M opt ) of the scene (D) without motion blur by performing image processing steps including - identifying a common image region (R) corresponding to the imaged subject, wherein a common image region (R) is present in a visible-spectrum image (M RGB ) and an infrared monochrome image (M mono ) - identifying a motion blur image region (B blur ) in a visible-spectrum image (M RGB ) using information from the infrared monochrome image (M mono ); - performing brightness correction over the pixels in the motion blur image region (B blur ); and - performing colour adjustment in any corrected image region. - a first light source for generating a first light pulse (F RGB ), which first light source comprises a visible-spectrum light source ; - a second light source for generating a second light pulse (F mono ), which second light source comprises an infrared-spectrum light source; - a driver configured to drive the first light source to generate the first light pulse (F RGB ) over a first duration (t RGB ), and to drive the second light source to generate the second light pulse (F mono ) over a second duration (t mono ), which second duration (t mono ) is at most 10% of the duration (t RGB ) of the first light pulse (F RGB ), and such that the intensity (N mono ) of the second light pulse (F mono ) exceeds the intensity (N RGB ) of the first light pulse (F RGB ) by at least 100%; - an image sensor (S, S1) arranged to record a visible-spectrum image (M RGB ) of a scene (D) illuminated by the first light pulse (F RGB ); - an image sensor (S, S2, S IR ) arranged to record an infrared monochrome image (M mono ) of the scene (D) illuminated by the second light pulse (F mono ); and - an image processing unit realised to combine information from a visible-spectrum image (M RGB ) and an infrared monochrome image (M mono ) to obtain a digital image (M opt ) of the scene (D) without motion blur by performing image processing steps including - identifying a common image region (R) corresponding to the imaged subject, wherein a common image region (R) is present in a visible-spectrum image (M RGB ) and an infrared monochrome image (M mono ) - identifying a motion blur image region (B blur ) in a visible-spectrum image (M RGB ) using information from the infrared monochrome image (M mono ); - performing brightness correction over the pixels in the motion blur image region (B blur ); and - performing colour adjustment in any corrected image region. <EOS>