A few days ago, NASA released a video of their successful solid rocket booster test – dubbed QM-2 – showcasing the capabilities of their new High Dynamic Range Stereo X (HiDyRS-X) camera.
Normally, a camera’s exposure settings are configured to get detail in either the brightest areas, or in the darker areas, of a subject. This would force one to decide between capturing valuable visual data in one area, while effectively ignoring visual data in another. Or setting up redundant equipment, with each composed to capture different types of detail. Neither situation is optimal, and can lead to costly equipment deployments.
HiDyRS-X, though, can capture both simultaneously. The three-minute video clearly shows detail in the booster’s blindingly bright exhaust plume, while still decently exposing the aft end of the booster itself – something that would normally be difficult, if not impossible, to do with a single device. HiDyRS-X is able to capture both bright and dark areas concurrently, and combine them into a single high dynamic range (HDR) video. The results are quite incredible.
NASA was not the only one to release unconventional footage of their hardware in action. SpaceX produced a montage video, replete with a suitably techno soundtrack, of some slow-motion shots of their Falcon 9 rocket in various stages of its flight, and landing, profile.
Both videos are outstanding, and show the power and beauty in some of mankind’s powerful creations.