Ever since the first video and images leaked, we knew that the new Google Pixel 4 was capable of shooting astrophotography, even handheld. If you have wondered how a humble smartphone camera can capture the night sky, Google is now offering an explanation on its blog.
Information about Google Pixel 4 has leaked quite a few times so far, and we were especially curious about its astrophotography capabilities. The phone is now officially out, along with its bigger cousin, Google Pixel 4 XL. Let’s see what they’re capable of and if the latest Pixel phone will make photographers happy.
Just like the previous models, the upcoming Google Pixel 4 smartphone will be aimed at photographers. In a recently leaked promo video, we saw that it will feature a dedicated “astrophotography mode.” But now, there are some sample photos that show us what exactly Pixel 4 is capable of when shooting in the dark. And I have to admit, it looks promising.
The upcoming Google Pixel 4 smartphone will be aimed at photographers just like its predecessors. And this time, it looks like astrophotographers will have something to look forward to. According to a recently leaked promo video, the Pixel 4 will take good photos even in the dark, and it could even have a dedicated astrophotography mode.
On 23 May, the first 60 SpaceX’s Starlink satellites were successfully launched into orbit. They were caught on camera and they look spectacular while orbiting around the Earth together. However, the ultimate plan is to launch nearly 12,000 of these satellites. Have you wondered how it will affect the night skies? Astronomers are concerned that they will pollute the night sky, and astrophotography is only one of the areas that could be hindered by this many satellites in the orbit.
A couple of weeks ago I was blessed with a sight that truly left me in a state of awe. Shortly after leveling off onboard United 534 from Honolulu to Los Angeles, I tried my luck with some astrophotography over the crisp Pacific Ocean skies.
Having had some experience with these types of images in the past, I frantically began setting up. I mounted onto my window a LensSkirt lens hood (basically a black cover that blocks out reflections) and began taking a series of images. Unfortunately for me, the Boeing 777 was going through a light area of turbulence, and my images were blurry and revealing some cabin reflections. I packed up my stuff and opted to get some rest, but without success…
If you’re shooting the night sky with a consumer DSLR and a kit lens, you may wonder if you can make them impressive enough. Well, of course, you can. In this video, Michael Ver Sprill aka Milky Way Mike will share with you some tips and tricks for making sharp and stunning images of the Milky Way even with a crop sensor camera and a kit lens.
This guide will be a walkthrough on the basics of Milky Way photography. It is best for beginners, but even intermediate and expert photographers might find something new! Plus, I always find it never hurts to refresh yourself on the basics.
Before we get to the good stuff, I’d like to start by saying that I hope you find this guide to be a bit different from the rest. I have found that most guides go on way too long and provide more detail than you could possibly need. This doesn’t sound like a bad thing, but it creates a problem. With that much information available, it tends to be overwhelming and hard to retain what you learn. By the time you’ve read through the countless pages, you’ve forgotten where you started!
Photographer Andrew McCarthy has already shared with us some epic images he created mainly from shots taken at his own backyard. There was this composite of the Solar System, and this magnificent photo of the moon stacked from 50,000 images. This time, Andrew has gone even further and revealed hidden colors of the moon by stacking as many as 150,000 images!
The resulting image is a detailed, colorful photo of the moon as you’ve never seen before. Each color presents the mineral content of our moon and Andrew shares how he took and processed the photos to achieve the final result.
Among so many great moon photos out there, it doesn’t happen all too often anymore that one of them makes you stop scrolling and just stare in awe. This is what happened to me when I saw this magnificent moon photo by Andrew McCarthy. Then I read that it’s an 81-megapixel photo, stacked from nearly 50,000 exposures. I reached out to Andrew curious to learn more, and he kindly shared the details of his process with DIYP.