There is something special about this app that we are going to tell you about. And even that is not free for which you have to change on then what will you get in this app for which you have to buy it. If you buy this app then you will get all the camera applications for free and you will be better than that. You will be able to use a lot and then enjoy. All applications have different features and every camera application has a love feature that you will enjoy a digital camera by using. If so, you can also buy it from the Play Store and you can also download it

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DSLR cameras, or digital single-lens reflex cameras, are brilliantly versatile cameras, and for a wide range of reasons. Great for beginners, DSLRs are easy to use and can be cheap to buy, depending on the model. Plus, there’s a good secondhand market for entry level cameras.

DSLRs have a digital sensor and reflex mirror that directs incoming light onto the viewfinder. You can attach different lenses to them and they are also more sensitive in low light, which is important.

They also perform well for most types of target in astrophotography, including wide-field Milky Way shots, Moon images and deep-sky objects like galaxies and nebulae.


You can get started in DSLR astrophotography simply with the camera and a tripod, rather than jumping straight into guiding with a mount.

Lenses also provide the ability to shoot at longer focal lengths before buying your first telescope. There are also many social media groups that showcase DSLR astro images and provide support and advice.

In this guide we’ll outline tips for basic DSLR astrophotograpy, including preferred specifications, imaging formats and key settings.

We’ll be referring to a variety of Canon DSLRs, but you’ll find that most models have a similarly recognisable array of buttons and screen settings.


The two main types of DSLR camera are full-frame and crop sensor (APS-C).

Full-frame DSLRs have a larger chip, giving them a wider field of view and greater sensitivity than those with a crop sensor.

Some DSLRs are more suited to astro imaging than others, and the minimum requirements depend on the photos you wish to take.

For example, deep-sky imaging requires a DSLR that has ‘Bulb’ mode. This allows you to attach a remote shutter control and shoot multiple long exposure frames. The ability to increase ISO levels is also a must (more on this below).

Meanwhile, if you want to photograph the Moon or photograph planets, you’ll benefit most from video, as the high frame rate is better at cutting through Earth’s atmosphere to produce sharp images.

A DSLR with video capability is an advantage, but often a fast exposure time is sufficient. DSLRs are also great for wide-field views, because you can attach a wide, fast lens (eg f/2.8).


One thing that your DSLR requires is a ‘Live View’ function. This means that instead of looking through a viewfinder, the image is displayed on its digital screen. This not only helps to line up an image, but means you can achieve sharp focus on stars.

In terms of physical characteristics, this is down to individual preference, but we’ve found that an articulated ‘flip-screen’ can make all types of astro imaging easier.

These allow you to view frames from awkward angles, including objects overhead. This combined with a touch-screen LCD is even better, as it helps prevent you from nudging the camera.

Two rules that apply for all astrophotography are to shoot in ‘Manual,’ and in RAW image format, as this enhances image-editing control.

We’ll now take a look at what DSLR settings and how to use these to produce spectacular photographs.

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