If a smartphone is able to shoot Milky Way images, why not the Milky Way time-lapse. Creating Milky Way time-lapse on smartphones involves a lot of post-processing to edit all… [Continue Reading]
Tag: astrophotography
*Update: Comet mode star trails can now be achieved directly in Light Trails Android app without the need of StarStaX desktop app. Details in the link https://www.mobilephoton.com/introducing-light-trails-for-star-trails/ Photographing star trails… [Continue Reading]
Smartphone camera sensors are too tiny compared to DSLR or mirrorless camera sensors. A DSLR/mirrorless camera with APSC size sensor is about 20-30 times larger than the sensors found in… [Continue Reading]
Moon photography is relatively difficult with smartphone camera compared to DSLR. The main reason is the short focal length of most of the smartphone cameras that are mostly around 30mm… [Continue Reading]
Crescent moon – single exposure (RAW) on OnePlus 3 (manual mode) with proper exposure on the moon. Foreground is noisy because it was underexposed and brightened during post-processing with Android… [Continue Reading]
ISO 1000, 30 seconds exposure time. Edited in Lightroom Mobile with gradient filter and radial filter to balance out the milky way, light pollution and foreground exposure.
Single exposure of 30 second shutter time and iso 3200. It was a Crescent Moon, so it wasn’t too bright to blow out the Milky Way. The moon is too… [Continue Reading]
The milky way photos above are both single exposure from OnePlus 3 camera. Recent high end smartphone cameras have built-in manual mode which allows us to control ISO, shutter speed,… [Continue Reading]