Laowa 15mm meteor shots processed with Lightroom

A photographer using the X account ganchan44588137 posted a set of meteor images on May 24 that he said were taken from an airplane window during a May 23 flight. The post said the pictures were made with a Laowa 15mm f/2 lens at ISO 8000 and 8-second exposures, and it credited Adobe Lightroom’s AI denoise tool for keeping stars visible after noise reduction. The images drew attention because they combined three difficult conditions at once: aircraft-window shooting, a very wide manual lens and high-ISO night capture. Adobe says Lightroom’s Denoise feature is intended for low-light and high-ISO raw photos and is designed to reduce noise while preserving detail. ### How unusual is it to photograph meteors from a passenger flight? (x.com) An aircraft cabin is a difficult place to make long-exposure night images because of vibration, reflections and the limited ability to control shooting position. The photographer’s posted settings — ISO 8000 and 8 seconds — indicate an attempt to gather as much light as possible while keeping the exposure short enough to avoid complete blur from aircraft movement. (helpx.adobe.com) A 15mm focal length also helps. Laowa markets wide-angle lenses as part of its lineup, and ultra-wide focal lengths are commonly used for night sky work because they cover more sky and make motion less obvious than longer lenses. ### Why do ISO 8000 and 8 seconds matter here? ISO 8000 is a high sensitivity setting that can make faint light sources visible but also introduces heavy digital noise. (x.com) An 8-second shutter is long enough to record dim streaks or stars, but short enough that it may still be usable from a moving platform if the lens is wide and the camera is braced carefully. Those tradeoffs are visible in the settings the photographer chose. (venuslens.net) The post did not identify the camera body, flight route or exact shooting altitude in the material available for review. Without those details, it is not possible to independently calculate how much of the final look came from lens speed, cabin conditions or post-processing. ### What role did Lightroom play in the final images? Adobe says Lightroom Denoise applies to supported raw formats and is meant for photos taken in low light or at high ISO. (x.com) The company describes the tool as reducing noise while preserving detail, which matches the photographer’s claim that AI denoise helped retain star detail in the processed frames. Adobe has also updated Lightroom so Denoise and related Enhance features run in the background and are available through the standard edit workflow, according to its support documentation. That makes the tool easier to use on single night images or small batches after capture. ### Can the post confirm the objects were meteors? (helpx.adobe.com) The X post describes the frames as meteor or fireball images, but the material reviewed does not include an independent astronomical confirmation. The post’s value is clearest as a documented shooting-and-editing workflow: a May 23 in-flight capture, a Laowa 15mm f/2 lens, ISO 8000, 8-second exposures and Lightroom AI denoise in post. (helpx.adobe.com) On May 24, the images remained available on the photographer’s X account, where viewers could inspect the posted settings and processed results directly. Adobe’s current Lightroom documentation continues to list Denoise as a tool for supported raw files shot in low light and at high ISO. (x.com)