Best Camera & Smartphone Adapters For Telescopes 2022
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If you’re looking for the best camera or smartphone adapters for telescopes to take beautiful pictures of the night sky, then you have landed on the right page.
Camera adapters are a simple, yet crucial component for optimal astrophotography results. They safely connect an SLR camera to your telescope and can help you achieve the correct back focus for your imaging system.
This ensures that whatever is visible will be captured by the camera.
These adapters can range from T-rings, T-adapters, SLR camera adapters, or even adapters capable of mounting your smartphone to a telescope.
The smartphone adapters are clamped onto the eyepiece of the telescope and they hold your phone in place so that the phone’s camera is located behind the eyepiece.
I have divided this article into two sections:
1) Best Camera Adapters For Telescopes – This section will typically cover the adapters that you may need to fix your DSLR or any other camera to the mount of your telescope.
2) Best Smartphone Adapters For Telescopes – If you’re looking to use your iPhone/Android smartphone to take pictures of the celestial bodies, then you may jump straight to this section.
Table Of Contents
- 1 1. Best Camera Adapters For Telescopes
- 2 2. Best Smartphone Adapters For Telescopes
- 3 Telescope Camera Adapter Reviews
- 3.1 1. SVBONY T2 T Ring Adapter & T Adapter
- 3.2 2. Astromania Extendable Camera Adapter
- 3.3 3. Starboosa T Adapter & T2 T Ring Adapter
- 3.4 4. Sky-Watcher Classic 150 (Best Dobsonian)
- 3.5 5. Celestron - NexStar 6SE (Best For Planets & Galaxies)
- 3.6 6. Sky-Watcher ProED 80 Doublet APO (Best for Astrophotography)
- 3.7 7. Gskyer 130EQ (Best for iPhone Astrophotography)
- 4 Fast vs Slow Telescope For Planets & Galaxies
- 5 Choosing a Good Mount for Observing Planets & Galaxies
- 6 Which is the Best Telescope for Viewing Planets & Galaxies
- 7 Which is the Best Telescope for Photographing Planets & Galaxies?
- 8 Which is the Best Computerized Telescope for Viewing Planets & Galaxies?
- 9 Buying Guide: Telescope For Viewing Planets and Galaxies
- 10 Features To Consider When Choosing A Good Telescope To View Planets
1. Best Camera Adapters For Telescopes
|SVBONY T2 T Ring Adapter and T Adapter||See on Amazon|
|Astromania 1.25" Extendable Camera Adapter||See on Amazon|
|Starboosa 1.25-inch T Adapter and T2 T Ring Adapter||See on Amazon|
|Solomark T T2-Ring for Nikon DSLR SLR Camera Lens Adapter||See on Amazon|
|SVBONY SV167 T Adapter for Celestron SCT||See on Amazon|
2. Best Smartphone Adapters For Telescopes
Telescope Camera Adapter Reviews
1. SVBONY T2 T Ring Adapter & T Adapter
This versatile and sturdy camera adapter is best for you if you have a Canon EOS, Rebel SLR, or DSLR Cameras.
Its Universal T adapter fits all standard 1.25″ diameter telescopes.
2. Astromania Extendable Camera Adapter
This easy-to-use 1.25″ Variable Universal Camera Adapter is designed to attach both the camera body and telescope together.
Compatible for both reflector and refractor telescopes with 1.25″ eyepiece holders. The dual design allows the user to make slight magnification adjustments without having to change telescope eyepieces.
The projection and focal adapter consist of two parts – the projection part and the focal adapter.
The projection part is used with an eyepiece for achieving a long focal length with small objects, e.g. for individual craters.
You can also use the focal adapter without the use of an eyepiece so employing the focal length of your telescope – for taking photos of the entire Moon, gas nebula, or galaxy.
3. Starboosa T Adapter & T2 T Ring Adapter
- Type: Newtonian Reflector
- Aperture: 130mm (5.12″)
- Focal length: 650mm
- Focal Ratio: f/5
- Mount: Computerized Alt-az
- Eyepiece: 25mm, 9mm
- Magnification: 26x, 72x
- Weight: 18.0 lbs.(8.2 kg)
The NexStar 130SLT is a 130mm f/5 reflector telescope perfectly suitable for making observations of the Moon, planets, and bright deep-space objects such as binary stars, star clusters, galaxies, and nebulae.
The telescope has a focal length of 650mm and a focal ratio of f/5 scope. With an f/5 focal ratio, this scope is fairly fast, meaning that you have a wide field of view, which is useful for short exposure astrophotography of big portions of the sky.
Although the mount is not strong enough to hold a DSLR, you can use a smartphone camera and CCD-style cameras for short exposure photography of planets & galaxies.
For example, you will be able to get some great shots of the Moon (closeups and wide shots), while also being able to photograph some nebulae and other deep sky formations and objects.
Why We Recommend It
The Celestron NexStar 130 SLT Computerized Telescope eliminates the struggle of using a star chart or a smartphone planetary app to locate a planet or star.
The Celestron NexStar 130 SLT Computerized Telescope has a handheld computer with SkyAlign technology built right into the telescope, which uses a few button clicks to automatically find and orient the telescope to the planet, star, or galaxy you want to observe.
This telescope comes with a pre-assembled, adjustable stainless steel tripod, quick release fork arm, NexStar+ computerized hand control, 130mm Newtonian Reflector optical tube, and lots of amazing accessories.
- Wide field of view
- The handheld computer makes it easy to find celestial bodies
- Highly portable as it weighs only 18 pounds
- Great for planetary & deep-sky viewing
- Limited astrophotography
- Drains batteries quickly
- Requires you to input the date and time before every use
4. Sky-Watcher Classic 150 (Best Dobsonian)
- Type: Dobsonian Reflector
- Aperture: 152mm (6″)
- Focal length: 120mm
- Focal Ratio: f/7.9
- Mount: Dobsonian
- Eyepiece: 25mm, 10mm
- Weight: 40 lb / 18.1 kg
The Skywatcher Classic 150 Dobsonian is a 6” f/8 Newtonian. The f/8 focal ratio also makes the scope perform well even with mediocre eyepieces.
The telescope’s 6-inch aperture makes it 460 times brighter than the human eye.
This Dobsonian includes two 1.25-inch eyepieces, a 1.25-inch adapter, a 2-inch eyepiece adapter, dust caps, and a 6×30 finderscope.
The telescope’s Rocker-style mount is solid and easy to navigate with Teflon bearings for smooth movement.
It also has two handles, one on the side of the pedestal support, the second on the front support to make it easy for you to handle your scope and position it to the objects you want to look at.
Why We Recommend It
Dobsonians such as Sky-Watcher Classic 150 are also known as light buckets because they are able to gather so much light thanks to their large aperture.
This simple yet effective design is perfect for visual observation of faint objects, such as nebulae, star clusters, and galaxies.
It provides excellent views of the Moon and brighter planets in our solar system, as well as a good number of star clusters and brighter distant sky objects like the Andromeda Galaxy, all thanks to its 6′′ aperture.
Because of the Sky-Watcher’s large aperture and affordable price, you should be able to observe Martian surface features such as the polar ice caps and maybe Jupiter’s Great Red Spot in good viewing conditions.
- Great optics
- Decent aperture
- Very easy to use
- Relatively stable
- Fast setup time
- Eyepieces could be better
- Some may find it heavy
5. Celestron - NexStar 6SE (Best For Planets & Galaxies)
- Type: Schmidt-Cassegrain
- Aperture: 150mm (5.9″)
- Focal length: 1500mm
- Focal Ratio: f/10
- Mount: Computerized – Alt-Azimuth
- Eyepiece: 25mm
- Magnification: 60x
- Weight: 30 lbs. (13.6 kg)
Among other characteristics, the scope’s 6-inch aperture, portable design, perfectly functioning computer, and vast database make it simple to use, travel and enjoy regardless of the user’s experience level.
The NexStar 6SE is a 6-inch Schmidt Cassegrain Telescope with a focal ratio of f/10 and an actual aperture of 150 mm and a focal length of 1,500 mm.
A 1.25″ prism diagonal, a 25mm Plossl eyepiece (giving 60x magnification), and Celestron’s StarPointer, a zero-power red-dot-style finder are all included with the telescope.
The Celestron NexStar 6 SE telescope is a robust and well-built telescope. With Celestron’s SkyAlign Go-To Alignment technology, the Celestron NexStar 6 SE is pretty straightforward to align.
The telescope is relatively simple to use after it has been aligned.
You have two options for powering the 6SE: 8x AA batteries or a 12v DC power source. The batteries drain out rather quickly as you’d get roughly 3 hours out of the 8 AA batteries.
Most users of this telescope use either a DC adapter or a battery pack to operate it.
Why We Recommend It
The NexStar 6SE’s hand controller allows you to control the telescope at your convenience.
Look no further than the NexStar 6SE if you’re searching for a telescope that your entire family can enjoy without much supervision or assistance.
The hand controller on the NexStar 6SE takes you on a tour of the night sky and makes it simple to find planets, galaxies, and any of the 40,000 celestial objects in its database.
Sadly, you won’t be able to see all the 40,000 objects in the database as a 6” aperture of this telescope is not large enough to show you distant faint DSOs.
The Celestron NexStar 8SE (link opens in a new tab for you to read the review) is the only telescope in the NexStar SE range that is powerful enough to show you all the 40,000 objects in the database.
The 6SE is a wonderful choice for customers who want clarity and accuracy in their viewing experience and live in cities, especially in light-polluted areas.
- Easy to mount and to use
- Great optics
- Produces clear images of the planets & galaxies
- Motorized and automated GoTo mount
- Drains batteries quickly
- Doesn’t include rechargeable batteries
6. Sky-Watcher ProED 80 Doublet APO (Best for Astrophotography)
- Type: Apochromatic Refractor
- Aperture: 80 mm(3.2″)
- Focal length: 600mm
- Focal Ratio: f/7.5
- Eyepiece: 20mm, 5mm
- Weight: 6.6 lbs.(3 kg)
The ProED 80mm telescope from Sky-Watcher offers excellent value for money. It’s a great scope for a beginner astrophotographer or as a grab-and-go telescope.
The scope’s slow focal ratio of f/7.5 helps in chromatic aberration management and allows for high magnification without the need of ultra-short focal length eyepieces.
The ProEd 80 comes with a variety of attachments to help you get started on your stargazing journey quickly and easily.
The first is a large 8×50 erect-image finderscope with two long eye relief eyepieces that provide 30x and 120x magnification, a 90° star diagonal for more comfortable viewing.
This Doublet APO Refractor Telescope has a 2″ Crayford-style focuser, which is one of the best dual-speed focusers that comes along with telescopes in this category.
Along with it, a 1.25-inch adaptor is supplied in the package.
Why We Recommend It
The Sky-Watcher Evostar 80ED Pro is a light, compact instrument with a tiny footprint that fits into a small location while allowing simple transportation.
The Sky-Watcher ProED 80mm Doublet APO Refractor Telescope is an excellent choice if you want to try your hand at astrophotography and it’s also one of the best professional telescopes for viewing planets and galaxies.
For a fraction of the price, this powerful, yet economical telescope offers the type of quality we’d expect from a far more costly telescope.
It weighs only 6.6 pounds, is lightweight, and does not require a large and expensive mount, making it both affordable and simple to transport and set up for observation at any time.
- Best for professional astrophotography
- Maximum magnification
- 8×50 RA viewfinder
- Two-inch dielectric diagonal
- Minimum chromatic aberration
- Mount not included
- Heavy eyepieces
7. Gskyer 130EQ (Best for iPhone Astrophotography)
- Aperture: 130 mm
- Focal length: 650 mm
- Field of view: 1.5°
- Main mirror length: 609.6mm
- Finderscope: Red dot finder
- Dimensions: 32 x 18 x 8 inches
- Item Weight: 34 pounds
Gskyer’s Astromaster 130EQ telescope is the epitome of adaptability. The Astromaster 130EQ includes everything you’ll need to begin your trip among the stars, whether you’re a novice or a seasoned astronomer.
The Gskyer Astromaster 130EQ telescope has a 130mm aperture and a focal ratio of f/5. It has a total focal length of 650mm and a 130mm aperture. Furthermore, the Astromaster 130EQ comes with three distinct eyepieces in terms of optics.
A low magnification (25 mm) magnifies 40x, a medium (10 mm) magnifies 100x, and a high (5 mm) magnifies 200x.
A 3x Barlow lens, on the other hand, delivers the highest precision in a telescope.
An equatorial mount, a stainless steel tripod, and an accessory tray are all included with the AstroMaster 130EQ Professional Reflector Telescope.
Why We Recommend It
The optics of this telescope are coated with a multi-antireflection blue film which results in increased picture brightness and clarity.
The Gskyer Astromaster 130EQ is suited for both celestial and terrestrial observations because of its superior design and features.
You’ll be able to see the Moon’s oceans, Saturn’s ring, Jupiter’s moons, and follow fast-moving astronomical objects like comets using this telescope.
- Decent optics
- Comes equipped for smartphone astrophotography
- Great views of planets and bright galaxies
- Easy to set up and use
- Some may find it heavy
Fast vs Slow Telescope For Planets & Galaxies
A telescope with a long focal length is regarded as slow, whereas one with a small focal length is called a fast telescope.
Magnifications are high with slow telescopes. However, it comes at the cost of the field of view. As a result, if you’re wanting to buy a telescope to observe things such as the moon, Mars, Saturn, and other planets, and nearby galaxies, a slow telescope is an ideal option.
On the contrary. A wider field of view is achieved with shorter focal lengths. Fast telescopes are therefore ideal for seeing deep-sky objects such as nebulas, and star clusters.
Choosing a Good Mount for Observing Planets & Galaxies
The Mount is what the Optical tube is attached to and is responsible for how the user aligns, moves, and tracks celestial objects.
There are three principal types: Alt-Azimuth (AZ or Alt-Az), German Equatorial (EQ), and Computerized.
When it comes to viewing planets & galaxies German Equatorial or Computerized mount are the best options. They eliminate the loss of focus due to the earth’s rotation and track your object.
If you are not budget constrained then I highly recommend going for a good computerized mount as it can make a huge difference in viewing and photographing galaxies and planets.
Which is the Best Telescope for Viewing Planets & Galaxies
Overall, the best telescope that can be used to observe distant galaxies, as well as planets, is the Celestron NexStar 6SE.
This telescope features the Schmidt-Cassegrain design (which combines both a mirror and lens in a sealed unit) with a very long focal length, but in a much shorter tube.
This makes them very ‘slow’ and perhaps the best kind of telescope for viewing the planets and nearby galaxies.
This telescope can be used by users of all experience levels for viewing close-by objects like the moon, Mars, Saturn, etc., and deep space objects like galaxies, nebulas and star clusters.
It’s surely expensive, but thousands of positive reviews on Amazon from happy users suggest that this telescope is with the price.
Moreover, if maintained properly, it will last you a very long time.
If you’re on a budget, then I would highly recommend going for the Sky-Watcher Classic 150 Dobsonian telescope. It can show you great views of the moon, planets, and bright DSOs such as the galaxies and nebulae.
You’ll have no trouble seeing the ice caps and dark regions of Mars, the phases of Venus and Mercury, Jupiter’s moons, Great Red Spot, Saturn’s rings, the Cassini Division,
and Uranus and Neptune as bluish dots.
Which is the Best Telescope for Photographing Planets & Galaxies?
If you’re planning to use your telescope for serious astrophotography, then I will recommend that you go for Sky-Watcher ProEd 80 APO Refractor Telescope and buy a German Equatorial or Computerized mount along with it.
This telescope is a wide-field telescope that offers bright, wide swaths of sky in a single view. It is well suited for wide-field astronomical observation of prominent nebulae, star clusters, and galaxies, and it can be used for sky photography.
Which is the Best Computerized Telescope for Viewing Planets & Galaxies?
The NexStar 130SLT is great for stargazers on the go, as it’s compact, lightweight, and can be set up in no time, which makes this telescope one of the best portable telescopes on our list.
The Celestron NexStar 6SE is a telescope that’s an all-arounder, fit for a beginner, who is just venturing into astronomy, and for a more seasoned adult observer with excellent knowledge of the night sky.
Buying Guide: Telescope For Viewing Planets and Galaxies
The best telescope for viewing planets and galaxies has two essentials: high-quality optics and a steady, smoothly working mount. You may also want the telescope to be nice and large, but don’t forget portability and convenience.
Features To Consider When Choosing A Good Telescope To View Planets
Aperture is the diameter, usually measured in millimeters, of the objective (primary) lens or mirror of the telescope. Essentially, the larger the aperture, the brighter images will appear, and the deeper into space you will be able to see.
Focal length is the measurement, again in millimeters, from the objective to the eyepiece. This length directly affects the magnification potential of the telescope when paired with an eyepiece.
The distance can be a literal linear measurement from the primary lens to the eyepiece, as with a refractor; or a theoretical distance based on how the light is bounced from primary to secondary mirrors and then into the eyepieces.
This theoretical distance, used with reflectors and catadioptrics, will create a focal length that is longer than the actual optical tube—making the OTA more portable while significantly boosting the magnification potential beyond a similarly-sized refractor.
Focal Ratio is a term that will be familiar to photographers, but it is important to certain astronomers, as well. This term is defined as the ratio between the focal length of the scope and the aperture.
Eyepieces determine the magnification and field of view of a telescope. Different eyepieces are used to view different objects.
Some objects, such as nebulae and star clusters, appear quite large and are best viewed at low magnifications (which give a wider field of view), whereas planets appear very small and are normally viewed with high-magnification eyepieces.
A good finderscope is essential for any telescope. It brightens and magnifies the view, allowing you to find things beyond the naked-eye limit.
When properly aligned, a finderscope also allows you to point a telescope more precisely than do peep sights or reflex finders. This is especially important whenever you’re aiming at a blank point in the sky where your charts tell you an interesting, faint object ought to be.
Types Of Telescopes
1. Refractor Telescope
When most people think of a telescope, the refractor type is what’s going to pop into their minds. This kind of telescope uses a lens to focus light on a single mirror, which is angled to direct the light through an eyepiece into your eye.
The simplicity and reliability of the design makes it easy to use and requires little maintenance. These are excellent for observing objects, planets, the Moon and the galaxies.
Since the optical system is basically a straight line, there are no obstructions from secondary mirrors as there are in Newtonians or catadioptrics.
2. Reflector Telescope
Reflector telescopes feature a clear piece of glass or plastic at the front of the tube. These don’t warp the light, so they aren’t lenses, but instead a protective shell to keep dust out.
A mirror sits at the back of the tube. It’s curved to focus light on a second mirror, which directs light through the eyepiece and to your eye.
Reflector telescopes are easily identified by the fact that the eyepiece is found near the telescope’s front. These tend to be the least expensive, and you can get larger apertures for a lower price than with other models.
3. Compound Telescope (Catadioptrics)
Compound telescopes use an initial lens to focus light onto a mirror at the back of the telescope. The mirror focuses light onto a smaller mirror mounted on the back of the lens, which directs light through a tube that runs through the center of the first mirror and out the back of the telescope.
Compound telescopes are very lightweight relative to other types, and they don’t require collimation like reflector telescopes do.