Capturing the launch at 500 frames per second allows for a more detailed and slow-motion analysis of the event. This can provide valuable information for studying the mechanics and performance of the spacecraft and rocket.
The footage was captured using high-speed cameras that were specifically designed to withstand the extreme conditions of a rocket launch. These cameras were strategically placed around the launch site to capture different angles of the event.
Scientists were able to analyze the footage at a much slower pace and therefore were able to observe details that may have been missed at regular speed. This allowed them to better understand the dynamics of the launch and make improvements for future missions.
Studying the footage at 500 frames per second can provide valuable information for improving the design and performance of future spacecraft and rockets. It also allows for a better understanding of the challenges and risks involved in space travel.
Yes, there have been other historical events that have been captured at 500 frames per second, such as the Challenger Space Shuttle disaster and the landing of the Curiosity rover on Mars. High-speed footage has also been used in fields like sports, military, and automotive industries for analysis and research purposes.