OM System has been granted a patent for an astronomy tracking function that combines a camera's in-body image stabilization (IBIS) system alongside optical image stabilization (OIS).
So, you have decided you want to take your astrophotography to the next level… maybe you want to capture more detail in the Milky Way core, or perhaps dabble with deep space objects like Andromeda or Orion or maybe you came from my all-in-one astrophotography tutorial. Whatever it is, you know you are looking at buying a star tracker.
Pentax has announced a new firmware update for the K-3 Mark III DSLR that improves the performance of its ability to capture astrophotography. Called Astro Tracer Type 3, it tracks celestial objects without using the GPS unit.
Since Milky Way Core season is in full swing, in this article I am going to level up and discuss one of my favorite topics: star trackers.
Star trackers are important for capturing long exposures of star formations by slowly moving to compensate for the rotation of the Earth. Most modern star trackers use motors to do this, but in this 22.5-minute video, photographer Nico Carver shows how he built a hang-crank version for just $30.
My name is Jason De Freitas (@jase.film on Instagram), and I'm an analog photographer based in Australia. In this article, I'll share how I shoot the Milky Way from my backyard on medium format film.
Astrophotography is generally a race against time to capture as much subtle starlight we can before the stars create trails in our images. The movement of the Earth puts a natural limit on how much sharp, subtle detail we can reveal. We have to use super fast, wide angle lenses and high ISO values to see all the awesome detail. Fortunately, a tool exists to circumvent this barrier to reveal more of the hidden magic we have in our night sky.
My name is Gerald Gattringer, and I'm a photographer based in Austria. I recently built myself a custom star tracker for DSLRs, and it works pretty well! In this article, I'll share how I did it.
I've seen a lot of posts and comments raving about how f/1.8 on a 14mm lens is revolutionary for anyone wanting to shoot astrophotography. Yes, having a larger aperture will collect more light, but you're still limited in the exposure length because of the Earth's rotation.
In astrophotography, a star tracker is a piece of gear that compensates for the Earth’s rotation so you can take sharp long exposure photographs of the night sky.
Unfortunately, not everyone can get their hands on one of these, and so we've dug up this awesome tutorial by astrophotographer Forrest Tanaka on how to capture impressive astrophotography images without a star tracker.