Our experts have ranked 150+ telescopes
Disclosure - If you buy something via our link, we may earn a commission with no additional expense to you.

Celestron Astromaster 114EQ Review – Not Recommended

The Celestron AstroMaster 114EQ works, but its poor optics, confusing mount and awful accessories make it a terrible scope for the price.

Celestron’s AstroMaster 114EQ is arguably the second worst product in the AstroMaster line, the first being the dreaded PowerSeeker 127EQ, the latter being the worst telescope Celestron advertises as a “serious piece of equipment.” Like the 127EQ, the 114EQ is frequently positively reviewed by people who are ignorant of its idiotic optical design and have never actually used it (Amazon doesn’t always verify purchases), or by newbies who have never looked through any telescope previously. As a result, the AstroMaster 114EQ is a best-seller from most retailers, despite having absolutely no right to be such.

How It Stacks Up

Ranked #14 of 14 ~$200 telescopes

Rank 1
4.7
Rank 14
Celestron Astromaster 114EQ
2.7
What We Like

  • Cheap
  • Decent aperture
  • Fairly steady


What We Don't Like

  • Poor optics
  • Poor accessories
  • Impossible to collimate
  • Confusing EQ mount can’t balance and is confusing for beginners


Bottom Line
Not Recommended Telescope

The AstroMaster 114EQ’s disastrously bad optics and accessories combined with basic design features that inhibit its use (namely, the next-to-impossible collimation and the plastic casting preventing the telescope from balancing properly) make it a poor choice at any price. 

Optical Tube Assembly of AstroMaster 114EQ

The Celestron AstroMaster 114EQ is supposedly a 114 mm Newtonian reflector with a focal length of 1,000 mm. This should immediately raise some eyebrows, as the optical tube of the telescope is obviously way too short to accommodate such a focal length.

So what’s going on? Well, the AstroMaster 114EQ isn’t actually a Newtonian. It’s a Bird-Jones (or Jones-Bird, depending on who you ask).

As originally designed by Bird and Jones, this catadioptric design uses a spherical primary mirror with a corrector lens just before the secondary mirror. This design allows for the secondary mirror to be shrunk down, the primary take the shape of a sphere that is easy to make (cheap), and allows for a stout and stubby telescope that has a long focal ratio and next to no coma. At the time the Bird-Jones was designed, eyepieces were simple and coma correctors were nonexistent, so focal ratios tended to be on the long side to achieve sharp images.

The Bird-Jones design is outdated and no longer needed. The cheap Kellner eyepieces supplied with many entry-level telescopes today would’ve amazed a 1950s amateur with their quality and work well enough with even a relatively fast focal ratio telescope. Furthermore, Celestron didn’t even bother to execute the design correctly. Celestron’s Bird-Jones design places the corrector lens inside the focuser. This causes two problems.

First, it can’t easily be removed, which is basically required to collimate the telescope precisely and achieve sharp images. Second, it means that the spacing between the corrector and the primary mirror is not fixed, but instead varies depending on what eyepiece you’re using and also whether you’re nearsighted or farsighted. So the correction is constantly varying depending on what eyepiece is used or even who is looking through the telescope.

The problems don’t end here, though. The correctors in these scopes are incredibly cheaply made and aren’t remotely close to the right shape, being glorified cheap Barlow lenses. As a result, the 114EQ cannot achieve decent images even when well-collimated, which itself is hard to do.

Moving on to the mechanical aspects of the OTA, we come to another problem: the plastic castings. The giant casting with the AstroMaster logo that protrudes nearly halfway along the tube, as well as the area around the focuser, means that you cannot slide the tube in its rings to achieve balance on the declination axis in most situations. This strains the mount and is a nuisance while observing, as you will always have to tighten the declination axis.

The focuser on the AstroMaster 114EQ is a modest and functional 1.25” rack-and-pinion, mostly made of plastic, apart from the knobs. The finderscope is a standard StarPointer red-dot finder, though until recently, most AstroMaster scopes had an obnoxious and often-faulty built-in red-dot finder.

The Celestron AstroMaster 114EQ comes with standard tube rings and a very short Vixen dovetail, which would allow you to put the scope on a different mount, although this is the equivalent of putting premium dipping sauce on McNuggets—the prime ingredient is still cheap and the secondary ingredient is never going to compensate for that. One of the rings has a captive ¼ 20 knob, so you can piggyback a DSLR camera on top, but this will further wreck the balance, and is too much for the mount to handle anyway.

Eyepieces with AstroMaster 114EQ

114EQ eyepieces and finder

The AstroMaster “Newtonians” all come with a 20 mm “erecting” eyepiece just like the PowerSeekers for low power. The eyepiece is almost entirely plastic, has a narrow field of view, and isn’t sharp in the slightest. Celestron includes this eyepiece solely so they can sell it at nature and science stores under the premise of it being capable of terrestrial viewing.

The other eyepiece included with all AstroMaster telescopes is a 10 mm Kellner. It works fine in most other telescopes, though the 114EQ is, of course, incapable of delivering a sharp image with it.

The CG3 Mount

The mount Celestron supplies with the AstroMaster EQ telescope is known as the CG-3, though some literature refers to it as a CG-2. Celestron’s CG numbering system is confusing; they should ditch it and stick with the EQ1-8 system that other companies use.

The CG-3/CG-2 is of the run-of-the-mill, cheap, and German equatorial design, with tiny, useless setting circles that are little more than decoration. It has 1.25” tubular steel legs and lots of plastic castings on the tripod. The mount also has a Vixen saddle, so it can accept other optical tubes interchangeably with no tools needed.

The CG-3 has flexible slow-motion cables for both axes and fine adjustments in altitude, and has an azimuth for accurate polar alignment. You can also equip the mount with Celestron’s logic drive for hands-free tracking.

German equatorial mounts can often place the eyepiece of a Newtonian in an awkward position, and you must rotate the tube in its rings to reposition it somewhere more comfortable.

Normally when doing this you’d have to worry about accidentally sliding the tube forward or backward when the rings are loosened, and thus possibly ruining the declination axis balance, but since the optical tube can’t really slide far in either direction and the balance is so messed up anyway, this is a non-issue.

Were it not for the balance issues, the CG-3 would actually make a fairly adequate mount for the Celestron Astromaster 114EQ. However, given that the telescope cannot actually balance on the declination axis, it is nearly impossible to aim accurately.

Alternative Recommendations

At the same price as the AstroMaster 114EQ, there are a lot of good scopes. A few we’ve selected include:

  • The Zhumell Z130, with significantly more aperture, better optics, better accessories and an easy-to-use Dobsonian mount.
  • The Sky-Watcher Heritage 130P, essentially the same telescope as the Z130 but with a collapsible tube.
  • The Orion StarBlast II 4.5 EQ offers everything the AstroMaster 114EQ promises but with significantly better optics and accessories.
  • For a bit less money, the Zhumell Z114 offers a 114mm telescope like the AstroMaster or StarBlast but with great accessories, great optics and a simple, lightweight and affordable Dobsonian mount.

For additional options that might be right for you, check out our Telescope Rankings page and Best Telescopes guide.

Astrophotography

The optics in the AstroMaster 114EQ are so bad that you can completely forget about taking decent pictures with it. Even if this were not the case, a camera, whether directly coupled or piggybacked, would ruin the balance and strain the CG-3 mount too much.

What can you see with the Celestron Astromaster 114EQ?

If you manage to get it collimated, the AstroMaster 114EQ can give you fairly nice views of the Moon. Venus’ phases can be seen, while Mercury’s might be a little more difficult. A dark spot or two on Mars, along with an ice cap, is possible when the planet is close to Earth. Jupiter’s moons and cloud belts are easy, while the polar zones and Great Red Spot will probably elude you. Saturn’s rings and a few moons can be spotted. Uranus and Neptune are fuzzy star-like dots, assuming you manage to locate them in the first place.

Deep-sky objects are a little more forgiving, though the included 20mm eyepiece will make it feel a bit claustrophobic when viewing them. Open star clusters like the Double Cluster are easy, while globular clusters are unresolvable fuzzy smudges. You might have difficulty distinguishing many of the smaller planetary nebulae from stars, though the Ring and Dumbbell are easy. Galaxies will have detail-less smudges even from dark skies, apart from perhaps M82 and its dust lanes, and a few emission nebulae like Orion and the Lagoon are mildly intriguing, if washed out easily by light pollution. There is more to see with a good 4.5” with more resolving power and good eyepieces, for sure.

Pricing and Availability

The scope was priced at around $190 when this Celestron AstroMaster 114eq review was first published in March 2019. Circumstances have changed significantly, and such costs are now a thing of the past. For the most up-to-date retail pricing, you may check out its HighPointScientific listing (*not an affiliate link).

18 thoughts on “Celestron Astromaster 114EQ Review – Not Recommended”

  1. what entry-level telescope that can take photos do you recommend-and thanks for saving me from buying the 114eq.

    Reply
  2. Hello,
    I’m looking for a telescope to look at planets and moons. Don’t really care about taking pictures of them. Just night time observation. I have done research and now I’m even more confused then when I started. Any help would be greatly appreciated
    Thanks
    Holly

    Reply
  3. I actually love my Celestron 114. Have had very good luck with it. I have been able to take some amazing detailed photos of saturn and it’s rings. I plan to upgrade next year and let my son use this one. Over all I’m satisfied with the product.

    Reply
  4. My daughter received this as a gift last year and I cannot get it to focus at all…I think I was on tonight’s full moon because my image was white (ish) but just a gigantic blur. Any advice?

    Reply
  5. My stepdaughter got one of these several years ago (before I was around) and never got it set up right. I’ve offered to see what I can do, but I can’t even get the finderscope and eyepiece to get even part of the moon in both at the same time. There just isn’t enough adjustment in the finderscope. I suspect something wasn’t put together properly from the factory. Any suggestions other than trying to sell it to some other sucker?

    Reply
  6. Yeah well I paid like $99 brand new for this scope and it works fairly well. It worked far better after I collimated it.

    Reply
  7. I get it…it’s not a viable tool for deep space astrophotography. My daughter won this at an academic contest a few years ago. Is it decent enough to photograph the moon and possibly other planets? Or would it make for poor quality images? I’d like to know before buying any accessories and adapters for my camera. I don’t have a $1000 budget for doing this at this time. Thanks!

    Reply
  8. Thanks…then I won’t bother spending any money on it. I’d rather save up and wait for something better. I’ll also check out the link you’ve been telling other’s about.

    Reply
  9. Would you rate the tripod as worth a damn? I bought a 2nd hand skywatcher 120mm refractor scope without a tripod & thought maybe scooping one of these cheaply just to plunder the tripod might be viable.

    Reply
    • The EQ2 mount included with the scope is decently made but it can hardly support the 114EQ, let alone a 120mm refractor.

      Reply
  10. I’ve been impressed by Celestron’s support of their original products- my old C8 Schmidt-Cassegrain was a landmark design and made in the US. However not that many will spend anywhere near that for a first scope, so like everyone else they have to market inexpensive stuff like this. I’ve no problem with basic gear but products like this and the Powerseeker 127 have taken the place of the 725 power 60mm department store telescope. Poorly designed and badly made rubbish scopes will do more to kill off a child’s budding interest.

    I was asked to help set up a neighbor’s 114EQ and there wasn’t much I could do. This is a really awful scope. I wound up loaning him my old Celestron C4.5 Newtonian and the difference is shocking. The C4.5 was made in the 80s by Vixen in Japan and sold by Celestron. Same aperture as the 114EQ but way better image quality.

    Reply
  11. Great post! Are there any pespectives that you may be able to divulge in order to justify your last part a small amount further? thanks a lot

    Reply
  12. Celestron has really cheaped out on their scopes! Poor design and manufacture is ruining their reputation. They most likely chose the cheapest possible optical design they could to save a few pennies! A spherical mirror and cheap barlow in a short focal length scope is the cheapest possible arrangement ( Bird – Jones) .
    They should have kept the 114 Newtonian design like the old Tascos – a tried and true newtonian with a spherical mirror that works well.
    I think this cheapening indicates a scope made by accountants and not scientists! Cheap , cheap ,cheap.
    I had one of these and returned it – it wasnt half as good as my old 114mm Tasco.
    Damned shame they are making poor products with poor design just to save a few cents.

    Reply

Leave a Comment