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15 Best Cameras for astrophotography

best cameras for astrophotography

If you’re interested in capturing stunning photos and videos of the night sky and you are looking for the best cameras for astrophotography you are at the right place. A good camera is essential. Here are the 15 best astrophotography cameras on the market today. Plus, check out our guide to astrophotography for more tips and advice.

Table of Contents

    What to Look for in an Astrophotography Camera?

    The key to selecting the best cameras for astrophotography is to focus on features that will give you the best low-light capabilities.

    The goal is to capture as much light as possible without sacrificing quality and color saturation. So we are discussing the camera features here, Lenses for astrophotography are a little different.

    If you have basic concepts of photography you will understand the concept better.

    Best cameras for astrophotography are able to capture light from far-away celestial objects.
    Best cameras for astrophotography are able to capture light from far-away celestial objects

    Shutter Speed

     When you are browsing though the best cameras for astrophotography then you should consider shutter speed. For astrophotography, where you’re capturing slow-moving celestial bodies that are several million miles away, your camera’s shutter needs to remain open for a long time in order to capture all the light. This is why long exposure shots are so crucial – with a wide range of shutter speeds available, you can capture any detail your target may have.

    Sensor Size

    The best cameras for astrophotography will always feature a larger senson size. There are two sensor sizes available for DSLR and mirrorless cameras: full-frame and crop. A full-frame sensor is equivalent to the size of a standard 35mm film and generally offers the best quality for astrophotography and night photography because it can capture more light. A crop sensor is about 2.5 times smaller than those found on a full-frame camera, but it still allows you to zoom in on objects and have a higher depth of field. However, the lack of surface area to capture light can sometimes prove to be a bit problematic when shooting astrophotography.

    ISO Range

    Another feature of the best cameras for astrophotography is its ISO. If you’re new to photography, ISO values can seem a bit confusing. However, we recommend playing around with them to get a better understanding of what they do. Essentially, the ISO refers to how sensitive the camera sensor is to light. When you’re trying to photograph deep-sky objects, placing your camera near dark space can be difficult. So, Increasing the ISO value can help overcome that problem. High ISO values increase the sensor’s sensitivity, allowing it to pick up faint light very well.

    Image Sensor Resolution

    Having a camera with high megapixel specifications is important if you plan to take photos of the stars or other astrophotography subjects. A higher megapixel count will result in better-quality pictures, which can be helpful when choosing a camera for these sorts of subjects.

    Dynamic range

    Dynamic range is essential feature of the best cameras for astrophotography. It refers to the tones that a camera can pick up. A high dynamic range can capture all the subtle details in a photograph, while a low dynamic range will result in a muddied photograph with unwanted star trails. Picking up the most information about tone and color saturation is great for astrophotography. Not only will your photos come out clearer, but you’ll be able to manipulate them much more easily in photoshop.

    Sensor Type

    There are a few types of sensors that can be used for DSLR astrophotography. A full-frame DSLR will work with any sensor, but if you’re looking to shoot stars and galaxies at a distance, a CMOS or CCD sensor is going to give you the best results. They can handle long exposures beautifully, and they can be quite expensive if you want one. However, the quality of your images will vastly improve as a result.

    Here is our take on the best cameras for astrophotography;

    Canon EOS 5D Mark IV

    Images From Amazon

    The Canon EOS 5D Mark IV is a one of the best cameras for astrophotography. It’s capable of capturing stunning images and videos, and its autofocus system is especially reliable when photographing stars and galaxies.

    Nikon D7200

    Images from Amazon

    The Nikon D7200 is a great camera for astrophotography. It’s a mid-range option, but it’s still able to capture stunning photos and videos of the night sky. Its autofocus system is especially good, making it ideal for shooting stars and galaxies.

    Sony A6000

    The Sony A6000 is a another one of the best cameras for astrophotography. It’s affordable, and its autofocus system is especially good. It’s also a fairly small camera, making it easy to take with you when shooting the night sky.

    Pentax K-3 II

    The Pentax K-3 II is a great camera for astrophotography. It’s a mid-range option, but its autofocus system is very good. Its sensor is also large enough to capture stunning photos and videos of the night sky.

    Nikon D810

    The Nikon D810 is our top choice when it somes to the best cameras for astrophotography. It’s a  high-end model, but its autofocus system is especially good. Its sensor is also large enough to capture stunning photos and videos of the night sky.

    Canon EOS Rebel T6i

    The Canon EOS Rebel T6i is a  great camera for astrophotography. Its sensor is large enough to capture stunning photos and videos of the night sky, and its autofocus system is very reliable.

    Canon EOS 6D

    The Canon EOS 6D Mark II is a versatile camera that can meet all of your astrophotography needs. Its full-frame sensor captures more light than most cameras, and its high ISO range ensures you’re capturing the stars and planets clearly. The camera is compatible with a variety of Canon lenses, which makes finding the perfect lens for your photos easy.

    Sony A7S II

    If you’re looking for a camera designed for shooting astrophotology and beyond, Sony has an excellent model for you. This camera features an Exmor CMOS sensor and a large ISO range, which makes it perfect for low-light photography. There are also many adaptable features such as options for using Sony’s E-Mount lenses and 4K video recording capabilities.

    Sony A7R III

    If you’re interested in an astrophotography-friendly camera, you should consider the Sony a7R III. This camera can capture 42.2 megapixels, making it perfect for big prints. The CMOS sensor and onboard image processor make this camera primed to take stunning shots of planets, stars, and more. In addition to being reliable for long exposures, this model is also equipped with 5-axis image stabilization.

    Nikon D7500 DX format Digital SLR

    This Nikon DSLR is simple from a design standpoint, but that doesn’t mean it won’t take great photos. It’s capable of capturing 20.9 megapixels and comes with a unique DX-format sensor that’s specially built for clarity. The sensor has an excellent dynamic range and it has an ISO range to help you compose your shot perfectly. Whether you mount this camera onto a telescope or use it on a tripod, it’s built to be tough. The body is weather sealed and the tilting LCD screen makes lining up your shot really easy.

    Canon EOS Mark M50

    The Canon M50 is perfect for astrophotography buffs that want to shoot with a lightweight and durable camera. The EOS lineup is always a great choice, but the M50 has some added perks that can benefit you when taking pictures at night. Its rugged design ensures it’ll last through storms, trails, and more. Plus, the abundance of accessories makes photographing even easier in dark circumstances, like when you’re looking through a telescope. Of course, this camera also has top-notch photo-taking capabilities – with its dual-pixel CMOS sensor and electronic viewfinder, it captures incredible photos that showcase everything you need to see.

    Nikon D850

    This camera has some great features to make it a worthy contender for astrophotographers. Nikon’s BSI sensor is fantastic since it doesn’t have a low-pass optical filter on it. This leads to high-quality photos with less noise and low amounts of light pollution in the image. And due to the lower ISO base, you’ll be able to capture images in even poorer lighting than before. You can get clear images without sacrificing detail from the lack of light damage.

    Sony Alpha 7C

    This camera is perfect for astrophotography. It’s a full-frame camera with a massive CMOS sensor. On top of that, it has high-resolution video capabilities and a ton of features that can improve photo quality. For example, it has in-body image stabilization and real-time target tracking. When placed on a mount, it’ll collect tons of light and help you overcome the natural challenges that astrophotography presents.

    Sony Alpha a7II

    If you’re shooting astrophotography, the Alpha a7II is your ideal camera. It has a stellar sensor that captures 24.3 megapixels and features a wide ISO range to help you get clear images in low light. It also includes an image stabilization system, which is perfect for when you’re shooting on a tripod as it will actively reduce vibration or star trails.

    Canon EOS 80 D Digital SLR

    Last, but not least, we have this powerful Canon DSLR camera. It’s sporting a powerful dual-pixel CMOS sensor. It can capture high-resolution photos and does a great job in low-light environments. The wide and expandable ISO range provides clarity, even if you’re shooting videos. Even the auto-focus system is built to detect objects without a ton of light. This camera also has a feature-rich shutter system. For still photographs, you can adjust the exposure time to fit your needs. This is particularly useful for cameras shooting astrophotography.

    Conclusion

    If properly researched you can select the best camera out of the above listed best cameras for astrophotography in your budget range. Just focus on a camera that has wider ISO range, longer shutter speed options, dynamic range capability, and a big CMOS or CCD image sensor of preferably 35 mm size.

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