January 14, 2021 4 Comments
Note: While this information is geared towards Fuji X-Series users, the info & concepts work for most digital camera brands, including Sony, Canon, and Nikon users (not just Fuji shooters).
You’ve seen the incredible images of the stars and the Milky Way, and you’re now inspired to go out and photograph it for yourself. But where do you start?
I’ve enjoyed taking astrophotography images with my Fuji cameras, and I want to help others succeed in Milky Way photography. There’s nothing more frustrating than trekking out to a dark sky, spending a night taking photos, getting disappointing results and wasting a perfectly clear night.
If you’re like me, sometimes you just want the quick rundown, so here’s a brief starting point (though I highly recommend reading the rest in detail for the best possible results).
Fuji astrophotography (or most DSLR/mirrorless cameras) can be done with these simple steps:
The Milky Way is our home galaxy, which contains our solar system and nearly all the stars we see in the night sky. From here on Earth, we see our galaxy “edge-on”, which results in what we see at night: a beautiful band of light that spans across the sky.
The brightest section is the core of the Milky Way, which is the subject of many photos, and is the part that is most sought after. Depending on your latitude, the core will be visible to you during different months out of the year.
A panorama of the Milky Way taken in July from Sequoia National Forest. The bright core is on the left, the faint outer edge on the right.
Where I shoot in southern California, the core is easily visible between March and October. This is known as “Milky Way Season” because the Earth is in such a position that we’re looking at the center, or the core, of our galaxy at night. The core contains a high density of stars and dust.
The Milky Way still exists outside of the season, but it is much fainter because the Earth at night is now looking away from the core towards interstellar space, where there is only a faint amount of stars and dust.
To get the best possible shots of the Milky Way, you need to travel to a dark sky location during the New Moon. While you can get some of the Milky Way from suburban locations, the best results are reserved for those who can get to dark skies.
The Milky Way 20 miles away from a light polluted city (left) and the Milky Way from dark skies (right).
There are plenty of tools, apps, and resources that will help you find where the Milky Way will be in your location. Below is a list of apps and software I use to help me photograph the core:
In today’s world, there are an overwhelming amount of options for you to choose from when it comes to equipment. Like a painter’s brush, it’s not the equipment that makes you creative, but having the right tool for the job will help put your best foot forward.
Along with your Fuji camera, a wide lens and a tripod are all you need for Milky Way photography. With those three items, combined with a dark location, you’ll be able to take images that will impress!
When it comes shooting the Milky Way, a “fast” wide-field lens is best. By fast, I mean a small f-stop. This is because the details in the night sky are very faint, and you need to have your shutter as wide open as possible to let as much of that light as possible. A wide lens is desired to let you take longer exposures, and for the best field of view for your compositions.
When it comes to Milky Way photography, the lens I recommend the most for Fuji X users is the Rokinon 12mm F2 Lens.
Since long exposures are required, a stable platform to shoot from is absolutely necessary for this type of photography. Any slight movement or motion can ruin your exposure. While any tripod will do the trick, I use the Radian Telescopes Tripod because it’s durable, lightweight, and allows me to shoot from various positions to get my desired composition.
You’ve got your camera, your lens, and your tripod, now let’s go over the settings you’ll need to get the best possible images.
To ensure you aren’t wasting a beautiful, clear night out under the stars, let’s make sure you’ve got your settings on your Fuji camera are dialed in correctly:
A 25 second exposure of a campfire under the Milky Way, taken with a Fuji XT-1, and a Rokinon 12mm lens, ISO 1600.
So you’ve got your gear, your settings are dialed in, and your first few images are coming in. Why don’t they look like what you see online?
The reason is because the final shots you see have gone through post-processing to bring out those faint details. This is where you let your creativity run wild! The more you practice and try new techniques, the more tools you will have to create fun and interesting images.
A Milky Way RAW image (left) and processed image (right), taken with a Fujifilm XT-1 camera.
Not all my photos looked like this. To help give you perspective, here’s one of my first Milky Way shots compared to when I learned more Adobe Lightroom & Photoshop techniques.
An example of how I processed images when I first started (left) compared to when I expanded my post-processing techniques (right).
There are plenty of videos out there that can help you with processing your Milky Way shots (depending on what program you use). The most popular programs are Adobe Lightroom and Adobe Photoshop.
Here are some videos to help you get started with editing your shots. Keep in mind there is no right or wrong way to edit; as long as you’re happy with your end result, that’s all that should matter!
Incredible Milky Way details are possible with a star tracker. This was 25 separate 30-second photos stacked together, taken with a Fuji XT-1.
Because the Earth rotates, the stars appear to move in the night sky, meaning you are limited to how long your exposure can be before seeing significant star trails. In order to get longer exposures, you can mount your camera on top of a star tracker, which follows the stars as they move across the night sky. This lets you do a number of things:
I’ve used a number of trackers, and these are my favorites:
You can go even further with your astrophotography by using more advanced equipment such as equatorial mounts (heavy duty star trackers) and attaching your Fuji camera to a telescope.
So there you have it! With all of this info, you’ll be ready to start shooting the Milky Way and get stunning results. Below is a recap, summarizing all that has been discussed:
So get out there, shoot the stars, and don’t forget to enjoy the view!
Have any questions or feedback? Let me know in the comments below.
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