Best eyepieces for telescopes 2023: A crucial telescope accessory to invest in

Composite of various eyepieces mentioned in this buying guide
(Image credit: Space)

Telescopes open up the cosmos to stargazers but one of the best eyepieces for telescopes will optimize its optical prowess and make skywatching even more enjoyable for astronomers.

Sure, the telescope itself is likely to be the most expensive piece of stargazing gear you're likely to own but adding to it with some key accessories will open up a whole new world. One of the most important telescope accessories you should invest in is a decent eyepiece. 

There are some top-notch eyepieces for viewing stars, planets, galaxies and other celestial objects. While the aperture of the telescope itself largely determines what you'll be able to see with it, eyepieces are a crucial part of that equation.

Not sure what eyepieces are or do? Take a look below to discover what to look for in a telescope eyepiece. Or, if you want to pair an eyepiece with a telescope then why not take a peek at our Best telescopes, Best telescopes for beginners, Best telescopes for kids or Budget telescopes under $500 guides.


Best eyepieces for telescopes 2023

Why you can trust Space Our expert reviewers spend hours testing and comparing products and services so you can choose the best for you. Find out more about how we test.

25mm, 10mm, 3.6mm eyepiece product photos

The Skywatcher Super MA eyepieces come as 25mm, 10mm and 3.6mm focal lengths (Image credit: Skywatcher)

Skywatcher Super Modified Achromatic Eyepieces

Best budget eyepieces: For those on a very tight budget or just starting out in astronomy

Specifications

Optical Design: Modified Achromatic
Available Focal Lengths: 25mm, 10mm, 3.6mm
Apparent FOV: 40-52 degrees
Barrel size: 1.25-inches
Eye relief: 12mm (for 25mm, others vary)

Reasons to buy

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Amazingly low price for a 1.25-inch eyepiece
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Delivers surprisingly good images

Reasons to avoid

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Optical design is a budget compromise
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Not well suited to wide-field observing

The Skywatcher Super Modified Achromatic eyepieces offer a small selection of 1.25-inch eyepieces at a remarkable budget price. While certainly not on the same level as more expensive designs, they provide surprisingly good views. The eyepieces also have nice rubber eye cups for comfortable viewing. They are ideal for the beginner or perhaps a budding young astronomer just starting out. 


Product photos of the Celestron Omni Plossl Eyepieces

(Image credit: Celestron)

Celestron Omni Plossl Eyepieces

Best for range of choice: Choose from a wide range of focal lengths from this entry level range

Specifications

Optical Design: Plossl
Available Focal Lengths: 4, 6, 9, 12, 15, 32, 40, 56mm
Apparent FOV: 50 degrees (for 32mm, others vary)
Barrel size: 1.25 - 2 inches
Eye relief: 13mm (for 32mm, others vary)

Reasons to buy

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Low price for a 4 element 1.25" eyepiece
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Delivers good quality images

Reasons to avoid

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Fairly narrow apparent FOV
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Not ideal for deep sky observing 

The Celestron Omni Plossl eyepiece range offers a nice entry-level range into the higher quality 4-element Plossl design. A wide range of focal lengths are available, all in 1.25-inch size aside from the 56mm eyepiece, which comes in a 2-inch size. These eyepieces produce sharp images, especially on axis and are well suited to planetary observations. Their narrow apparent field makes them usable for deep sky observation but not ideal. 


Product photos of the Antares W70 Widefield Eyepieces

(Image credit: Antares)

Antares W70 Widefield Eyepieces

Best wide-angle eyepieces: Get a wider view of the night sky without sacrificing image quality

Specifications

Optical Design: Custom 6 to 8 element
Available Focal Lengths: 4.3, 7, 10, 14, 15, 19, 24.6, 31mm
Apparent FOV: 66 - 72 degrees
Barrel size: 1.25 - 2 inches
Eye relief: 12-16mm

Reasons to buy

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Great price for quality wide-angle eyepieces
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Excellent quality images across the field of view

Reasons to avoid

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Limited places to purchase
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Field lens is close to barrel end

The Antares W70 Widefield range of eyepieces are perhaps some of the best available at this price point. Large clusters and nebulosities will easily fit into your field of view with high magnification. They offer very good quality with comfortable eye relief and wide apparent field making them well suited to deep sky observing. The only real negative I could find here is they don't appear to be as widely available as some other brands. That said, if you are looking for some good eyepieces on a budget these are well worth looking at. 


Product photos of the Celestron X-Cel LX eyepieces

(Image credit: Celestron)

Celestron X-Cel LX Eyepieces

Best for high power observing: Not to be confused with the X-Cel range, the X-Cel LX are high quality eyepieces that won't break the bank

Specifications

Optical Design: Custom 6 element
Available Focal Lengths: 2.3, 5, 7, 9, 12, 18, 25mm
Apparent FOV: 60 degrees
Barrel size: 1.25 inches
Eye relief: 16mm

Reasons to buy

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Ideal range of eyepieces for planetary observing
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Excellent sharpness

Reasons to avoid

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Best suited to high-power planetary observations

The Celestron X-Cel LX eyepieces are a great, high-quality range of eyepieces for those interested in observing the planets. The focal lengths on offer are well suited to high-power observing, and the apparent FOV of 60 degrees is perfect for finding your way around the sky quickly. The image quality is sharp and well-corrected. The generous 16mm eye relief makes them ideal for spectacle wearers.

The bodies are made of stylish black-anodized aluminum with orange detailing, and the rubber tread around the middle improves grip.


Product photos of the Celestron Luminos Eyepieces

(Image credit: Celestron)

Celestron Luminos Eyepieces

Best for spectacle wearers: Top of the range ultra-wide eyepieces with a premium finish

Specifications

Optical Design: Custom 7 element
Available Focal Lengths: 7, 10, 15, 19, 23, 31mm
Apparent FOV: 82 degrees
Barrel size: 1.25 to 2 inches
Eye relief: 12-27mm

Reasons to buy

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High quality
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Excellent design
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Great eye relied and apparent FOV

Reasons to avoid

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Expensive, especially in 2-inch sizes
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Reports of the edge of the field being brighter than the center

The Celestron Luminos eyepiece range represents the replacement for their popular Axiom (opens in new tab) eyepieces. These, however, are an improved high-end design but still lighter than the range they replace. They have twist-up eyecups and a parfocal eyepiece. This means little to no focusing is needed when changing from low to high power.

The comfortable eye relief and ultra-wide apparent FOV of 82 degrees make this a great choice for almost any kind of observing — from the moon and planets to galaxies and nebulae. Some sizes are only available in 2-inch size making them quite expensive. 


Takahashi Abbe Orthoscopic Eyepieces product photos

(Image credit: Takahashi)

Takahashi Abbe Orthoscopic Eyepieces

Best for planetary observations: Fully multi-coated optics for maximum light transmission

Specifications

Optical Design: Orthoscopic
Available Focal Lengths: 4, 6, 9, 12.5, 18, 25, 32mm
Apparent FOV: 44 degrees
Barrel size: 1.25-inches
Eye relief: 12- 16mm

Reasons to buy

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Top quality optics
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Perhaps the ultimate eyepiece for planetary observing

Reasons to avoid

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Not suited to deep sky observing
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Narrow apparent field of view

Takahashi is a well-known brand for producing optics of the very highest quality. Their Abbe Orthoscopic eyepiece range has become almost legendary among planetary observers, and these eyepieces are widely considered among the very best available for that purpose. A wide range of focal lengths are available to suit almost any telescope. Their narrow apparent field of view makes them unsuitable for deep sky observing.


Product photos of the TeleVue Plossl Eyepieces

(Image credit: TeleVue)

Tele Vue Plossl Eyepieces

Best for optical quality: The benchmark of performance for eyepieces with a 50 degree apparent field of view

Specifications

Optical Design: Plossl
Available Focal Lengths: 8, 11, 15, 20, 25, 32, 40, 55mm
Apparent FOV: 50 degrees
Barrel size: 1.25 to 2-inches
Eye relief: 6-38mm

Reasons to buy

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Top optics brand for over 40 years
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Very high quality in every respect

Reasons to avoid

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Quite expensive in some focal lengths
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Not ideal for deep sky observing

Tele Vue is a brand that has become synonymous with top-quality optics since it was founded back in 1977. Their Plossl range of eyepieces is among the best available of its type offering top quality performance across the board. The Plossl range is perhaps best suited to high-power planetary observing due to their rather narrow apparent field of view. The contrast is sharp and clear all the way to the edge. A wide range of focal lengths are available to suit almost any telescope you'd wish to use them on. 


Product photos of the TeleVue Nagler Eyepieces

(Image credit: TeleVue)

Tele Vue Nagler Eyepieces

Best for all round quality: An expensive option, but possibly a price worth paying

Specifications

Optical Design: Custom 6 element
Available Focal Lengths: 3.5, 5, 7, 9, 13, 16. 17, 22, 31mm
Apparent FOV: 82 degrees
Barrel size: 1.25 to 2 inches
Eye relief: 12-19 mm

Reasons to buy

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The very best in optical and mechanical quality
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Available in multiple focal lengths

Reasons to avoid

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Very expensive
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Nothing negative to add

While their Plossl eyepieces are undoubtedly superb, Tele Vue's Nagler series represent among the finest eyepieces available anywhere. They come in a range of focal lengths and are suitable for any kind of observing. The large 82 degree apparent field draws you in to the view, be it a rich star cluster or roaming across the rugged lunar landscape. Both 1.25-inch and 2-inch sizes are available. The price of these eyepieces means they are really targeted at more experienced observers. 


Product photos of the Baader Hyperion Eyepiece set

(Image credit: Baader)

Baader Hyperion Eyepiece set with hard case

Best bundle: Why settle for one eyepiece when you can get seven?

Specifications

Optical Design: Custom 6-8 element
Available Focal Lengths: 5, 8, 10, 13, 17, 21, 24mm
Apparent FOV: 68 degrees
Barrel size: 1.25 to 2 inches
Eye relief: 20mm

Reasons to buy

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Dual 1.25-inch / 2-inch fit.
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Top quality eyepiece set

Reasons to avoid

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No focal lengths beyond 24mm.

Baader is a company well known for producing high-quality products. Their Hyperion eyepieces are highly regarded among amateur astronomers, and this full eyepiece set represents great value for money. Seven eyepieces are included ranging from 5mm to 24mm. These eyepieces also fit both 1.25-inch and 2-inch focusers due to their barrel design. These eyepieces also have very generous eye relief and large apparent FOV, making them well suited to any kind of observing. 


Product photo of the Tele Vue Ethos eyepiece set

(Image credit: Baader)

Tele Vue Ethos Eyepieces

Best overall: The ultimate in eyepieces, and price

Specifications

Optical Design: Custom 6 element
Available Focal Lengths: 3.7, 4.7, 6, 8, 10, 13, 17, 21mm
Apparent FOV: 100-110 degrees
Barrel size: 1.25 to 2 inches
Eye relief: 15mm

Reasons to buy

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Possibly the best eyepieces available
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Excellent build quality
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Vast apparent FOV

Reasons to avoid

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Very expensive

The Tele Vue Ethos range of eyepieces undoubtedly represents among the finest eyepieces available. Superb quality optics, generous 15mm eye relief and a vast 100-degree apparent FOV make for a captivating viewing experience. Using these eyepieces to view objects such as star clusters or bright nebulae is almost like floating in space. The view is also pin sharp and well corrected across the entire field. Alas, such quality does come at a price, but if you are looking for the very best available the Ethos range is well worth checking out. 


How we test the best eyepieces for telescopes 2023

In order to guarantee you’re getting honest, up-to-date recommendations on the best eyepieces to buy here at Space.com we make sure to put every eyepiece through a rigorous review to fully test each instrument. Each eyepiece is reviewed based on a multitude of aspects, from its construction and design, to how well it functions as an optical instrument and its performance in the field.

Each eyepiece is carefully tested by either our expert staff or knowledgeable freelance contributors who know their subject areas in depth. This ensures fair reviewing is backed by personal, hands-on experience with each eyepiece and is judged based on its price point, class and destined use.

With complete editorial independence, Space.com are here to ensure you get the best buying advice on telescopes, whether you should purchase an instrument or not, making our buying guides and reviews reliable and transparent.

Best eyepieces for telescopes: What to look for

For those perhaps not familiar with them, eyepieces are the small hand-held lens that we place at the telescope's focus to bring the image into sharp focus for our eyes to observe. They are available in a variety of different types and designs. They also come in various focal lengths, determining the effective magnification. Focal lengths of anywhere between 3 to 50mm are widely available. Various lens designs are widely used Plossl, Kellner, Orthoscopic and Radian are the most popular. Today, many companies also produce custom multi-element designs.

Eyepieces also come in different sizes in their barrel diameter. Three popular sizes exist, 0.96-inch, 1.25-inch and 2-inch barrel diameters. Almost every telescope you can imagine will accept eyepieces of one of these sizes, with the 1.25-inch size being by far the most widely used among manufacturers. To summarize some of the key points to consider when selecting an eyepiece:

Focal length — The eyepiece's focal length (usually in mm.) The larger the number, the lower the magnification it will provide.

Barrel diameter — Eyepieces come in 0.96-inch, 1.25-inch or 2-inch barrel sizes.

Magnification — The power the eyepiece provides with your telescope (this will vary depending upon the telescope.)

Apparent FOV — The apparent field of view in degrees. In general, eyepieces with a large apparent field will cost significantly more but provide an almost '3D-like' viewing experience, especially for deep sky observing of extended objects.

Eye Relief — Usually described in mm, this tells you how far your pupil must be from the rear element of the eyepiece to see the entire field of view. A longer eye relief gives a more enjoyable viewing experience, especially if you wear glasses.

Exit Pupil — The figure (also usually in mm) describes the size of the light cone at the eye relief position. Our dark-adapted pupil is never larger than 7mm, so any exit pupil size above this level is wasted light. 

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Damian Peach

Damian A. Peach FRAS  is a British amateur astronomer, astrophotographer, lecturer and author. Best known for his photographs of a wide variety of astronomical objects. His career in the field spans over thirty years.

Peach's passion for Astronomy first began in 1988 inspired by books in his school library. Later he joined the British Astronomical Association (BAA) in 1996 and since then has contributed large amounts of observations to the various observing sections and also written and co-authored many papers in the organization's journal. He was awarded the organization's prestigious Merlin Medal in 2006. The same year he was also awarded the Association of Lunar and Planetary Observers (ALPO) Walter H. Haas award for his contributions.

Peach has provided astronomical images for magazines and books throughout his career. His images have been featured in Astronomy Magazine, Sky & Telescope, Astronomy Now & The Sky at Night. He has also authored articles on astrophotography for these magazines. Peach has also been a co-author on several professional scientific papers on planetary astronomy, especially regarding work on Mars and Jupiter. He was one of only a few amateur astronomers to have work featured as part of the national Explorers of the Universe exhibition at the Royal Albert Hall in 2007. His work has also appeared at the Edinburgh Science Festival, and The Royal Greenwich Observatory.

Peach's work has also been used by NASA and ESA to illustrate what ground-based telescopes can achieve in photographing the planets, and the support they can provide to professional space probe missions.