A video laryngoscope system for assisting tracheal intubation of a patient, the video laryngoscope system comprising: (a) a video laryngoscope including: i) a laryngoscope handle, ii) a laryngoscope blade transversely extending from said laryngoscope handle and having a distal laryngoscope blade tip remote from said laryngoscope handle, and iii) an image capture module including at least two stationary imaging units mounted on the laryngoscope blade and spaced apart along said laryngoscope blade relative to said distal laryngoscope blade tip such that said image capture module includes a leading imaging unit proximate said distal laryngoscope blade tip and a trailing imaging unit behind said leading imaging unit relative to said distal laryngoscope blade tip, each said imaging unit capable of capturing a real-time video stream of a patient's airway passage during a manipulation of said laryngoscope blade therealong from an initial blade insertion into the patient's mouth to a final blade position, said trailing imaging unit capturing a different real-time video stream of the patient's airway passage than said leading imaging unit at a location of said laryngoscope blade along the patient's airway passage, wherein said leading imaging unit and said trailing imaging unit have a non-overlapping Field Of View arrangement, and (b) a controller for enabling a clinician performing an intubation to select at least one said real-time video stream during the intubation for real-time display on a display screen to assist intubation of the patient. (a) a video laryngoscope including: i) a laryngoscope handle, ii) a laryngoscope blade transversely extending from said laryngoscope handle and having a distal laryngoscope blade tip remote from said laryngoscope handle, and iii) an image capture module including at least two stationary imaging units mounted on the laryngoscope blade and spaced apart along said laryngoscope blade relative to said distal laryngoscope blade tip such that said image capture module includes a leading imaging unit proximate said distal laryngoscope blade tip and a trailing imaging unit behind said leading imaging unit relative to said distal laryngoscope blade tip, each said imaging unit capable of capturing a real-time video stream of a patient's airway passage during a manipulation of said laryngoscope blade therealong from an initial blade insertion into the patient's mouth to a final blade position, said trailing imaging unit capturing a different real-time video stream of the patient's airway passage than said leading imaging unit at a location of said laryngoscope blade along the patient's airway passage, wherein said leading imaging unit and said trailing imaging unit have a non-overlapping Field Of View arrangement, and i) a laryngoscope handle, ii) a laryngoscope blade transversely extending from said laryngoscope handle and having a distal laryngoscope blade tip remote from said laryngoscope handle, and iii) an image capture module including at least two stationary imaging units mounted on the laryngoscope blade and spaced apart along said laryngoscope blade relative to said distal laryngoscope blade tip such that said image capture module includes a leading imaging unit proximate said distal laryngoscope blade tip and a trailing imaging unit behind said leading imaging unit relative to said distal laryngoscope blade tip, each said imaging unit capable of capturing a real-time video stream of a patient's airway passage during a manipulation of said laryngoscope blade therealong from an initial blade insertion into the patient's mouth to a final blade position, said trailing imaging unit capturing a different real-time video stream of the patient's airway passage than said leading imaging unit at a location of said laryngoscope blade along the patient's airway passage, wherein said leading imaging unit and said trailing imaging unit have a non-overlapping Field Of View arrangement, and (b) a controller for enabling a clinician performing an intubation to select at least one said real-time video stream during the intubation for real-time display on a display screen to assist intubation of the patient.