Video-assisted thoracoscopy has become a reality since the evolution of end
oscopic instrumentation began in the early 1990s. These technologies provid
e more thorough and precise visualization of the thoracic cavity and its co
ntents. In 1993, video-assisted thoracoscopic surgery (VATS) was introduced
into trauma care in a series that evaluated diaphragmatic injury. Today, V
ATS is being used in a variety of pulmonary, chest wall, mediastinal, neuro
logic, and cardiac surgical procedures. VATS has been added to the trauma a
rmamentarium for treating hemothorax, diaphragmatic injuries, posttraumatic
empyema, and persistent air leaks.