In aerospace and defense testing, high-speed cameras offer precise observation and analysis of critical events at accelerated speeds. In aerospace, these cameras capture the dynamics of aircraft components, such as wing flexion, engine performance, and aerodynamic behavior during flight or wind tunnel testing. They also aid in evaluating the effects of high-velocity impacts, such as bird strikes or foreign object damage, on aircraft structures. Additionally, high frame rate cameras enable the study of missile launches, rocket propulsion, and parachute deployment, providing valuable insights for design optimization and safety assessments. In defense applications, these cameras play a pivotal role in assessing weapon performance, analyzing explosive detonations, and evaluating the effectiveness of protective armor and vehicle structures against ballistic threats. With their ability to record fast-paced events with exceptional clarity, high-speed cameras contribute significantly to advancing aerospace and defense technology by facilitating precise data collection and analysis.
