I tested eight different telescope eyepieces over three months of clear nights, aiming Jupiter, the Orion Nebula, and the Moon at each one. The differences between cheap stock eyepieces and even a mid-range upgrade surprised me — sharp edges, comfortable eye relief, and wider fields of view make stargazing genuinely more enjoyable. If you have been squinting through blurry stock glass and wondering if better telescope eyepieces actually matter, they do.
This guide on the best telescopes eyepieces in 2026 walks through what I found. I have organized everything by use case: planetary detail, deep sky, beginner kits, and budget picks. Every eyepiece here is a real product I bought or borrowed, and I have noted which ones earned their place on my permanent shelf.
You will learn how focal length controls magnification, why apparent field of view matters for comfort, what 1.25 inch vs 2 inch barrels mean for compatibility, and when it actually pays to spend more. By the end, you will know exactly which telescope eyepiece fits your scope and your targets.
Table of Contents
Top 3 Picks for Best Telescope Eyepieces in 2026
Best Telescope Eyepieces in 2026
| Product | Specifications | Action |
|---|---|---|
| SVBONY SV135 Zoom 7-21mm |
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| Celestron Accessory Kit (5 Plossl + Barlow + Filters) |
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 SVBONY 40mm Plossl Eyepiece |
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 Celestron 8-24mm Zoom Eyepiece |
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 Celestron X-Cel LX 9mm |
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 CelticBird 13-Piece Accessory Kit |
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 SVBONY 4mm/10mm/23mm Set |
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 SVBONY SV215 3-8mm Zoom |
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1. SVBONY SV135 Zoom Eyepiece – Best Overall Telescope Eyepiece
Pros
- Replaces multiple eyepieces with one zoom
- Solid metal build with smooth action
- Comfortable for eyeglass wearers
- Sharp edge-to-edge optics
Cons
- Field narrows at lower magnification
- Occasional factory dust specks
The SVBONY SV135 replaced three of my fixed focal length eyepieces the moment I unboxed it. The 7-21mm zoom range covers everything from low-power scanning of the Pleiades to mid-power lunar craters. The build feels heavier than the price suggests — solid metal, not the hollow plastic you get from budget zooms.
Eye relief is generous at 18mm, which is the single biggest comfort feature when I wear glasses. I can press my eyeglasses right against the rubber eye cup without losing the field. Twist-zoom action is smooth with no wobble, and the click-stops between focal lengths help me return to the same magnification between sessions.
Optically, the SV135 surprised me. At 21mm it is sharp across most of the 57 degree field. At 7mm it pulls in Jupiter’s cloud bands cleanly and shows the Cassini division on Saturn under steady seeing. There is a slight dimming at the high-zoom end — physics, not a defect — but the trade for not fumbling with three eyepieces in the dark is worth it.
The one real weakness: as you zoom out to lower magnifications, the apparent field of view narrows from 57 degrees down to 40 degrees. Wide-field sweeping of large nebulae loses some of that immersive feel. For planetary and lunar work, though, this is the only eyepiece I grab now.
Compatibility with common telescope types
The 1.25 inch barrel fits every refractor, Newtonian, and SCT I have tried it on. I tested it on an 8 inch Dobsonian and a 4 inch refractor, and it indexed cleanly on both. The metal collar is slightly heavier than standard eyepieces, so on small mounts you may need to rebalance the OTA.
Best use cases and viewing targets
I reach for the SV135 when I want one eyepiece to do everything. Lunar craters at 7mm, Jupiter’s belts at 10mm, M42 at 21mm — the zoom covers all three without an eyepiece swap. Beginners especially benefit because there is no fumbling in the dark to find the right glass.
2. Celestron Eyepiece, Barlow & Filter Telescope Accessory Kit – Best Value Set
Pros
- Replaces a whole starter kit
- Sharp Plossl optics across the set
- 2x Barlow doubles magnification
- Moon filter is genuinely useful
Cons
- Case is hard plastic not metal
- 8mm and 6mm have short eye relief
This Celestron accessory kit is the package I recommend to every friend who buys a new telescope. Five Plossl eyepieces (32mm, 17mm, 13mm, 8mm, 6mm) plus a 2x Barlow plus seven colored filters plus a Moon filter — it covers almost every observation scenario a beginner will encounter.
The optical quality across the set is solid for the price. The 32mm and 17mm are the stars, providing low-power wide views of the Andromeda Galaxy and the entire field of the North America Nebula. The 13mm and 8mm work well on planets, and the 6mm pulls in tight lunar details on nights of steady seeing.
The 2x Barlow doubles everything. Pop it on the 17mm and you have an effective 8.5mm. On the 32mm you get 16mm. With this kit, you effectively have 10 different magnifications to choose from. The Moon filter is the unsung hero — it cuts glare enough that I can stare at the full Moon for 20 minutes without eye fatigue.
The case is advertised as metal but is actually hard plastic. Not a dealbreaker, but worth knowing. The planetary color filters are hit-and-miss — they help on Jupiter and Mars for some observers, but most beginners never use them. The Moon filter alone justifies the kit’s cost.
Who this kit is built for
Beginners who just unboxed a Celestron, SkyWatcher, or Orion telescope and want to upgrade from the stock eyepieces without buying individual pieces. It is also a strong second-kit for owners who want all focal lengths in one foam-lined carrying case.
What you actually use from this kit
In three months of testing, I used the 32mm, 17mm, 8mm, and the Moon filter almost exclusively. The 6mm sat in the case, the 13mm got occasional use, and the colored planetary filters stayed in their slots. That is fine — the kit gives you range so you discover what you actually need.
3. SVBONY Telescope Eyepiece 40mm Plossl – Best Budget Telescope Eyepiece
Pros
- Wide-field low-power views
- Solid metal construction
- Comfortable for glasses
- Finds objects easily
Cons
- 40 degree FOV is narrower than premium
- Can show kidney-bean on fast scopes
The 40mm Plossl from SVBONY is the lowest-cost way to get into wide-field deep sky observing. At under twenty dollars it sounds like a joke, but the optics are sharp and the build is genuine metal — not plastic. For finding objects, framing large star clusters, and getting oriented at the start of a session, this is my go-to low-power eyepiece.
I tested it on an f/10 SCT and an f/5 Newtonian. On the f/10 it performed beautifully — pinpoint stars across most of the field, the Double Cluster fit comfortably with room to spare. On the f/5 Newtonian it showed some edge distortion, which is normal for Plossl designs on fast scopes. If your telescope is f/6 or slower, this eyepiece punches well above its cost.
The 40 degree apparent field is not wide by premium eyepiece standards. A 68 degree or 82 degree eyepiece will give you that immersive, almost-3D feel on large targets. But for the price, the SVBONY 40mm Plossl gives you usable, sharp wide-field views without breaking the bank.
Eye relief is acceptable at about 18mm — glasses wearers will need to fold down the rubber eye cup but can still see the full field. The barrel threads accept standard 1.25 inch filters, so you can pop on a Moon filter or a light pollution filter if needed.
Best telescope pairings for this eyepiece
Pair it with focal lengths around 15-20mm for a full magnification range. The SVBONY 40mm + the X-Cel LX 9mm gives you low-power sweeping and high-power planetary detail. On a Dobsonian this combination is hard to beat for the price.
What you give up at this price
The narrower field of view is the main compromise. Premium wide-angle eyepieces at $200+ give you 80 degree fields that feel like floating in space. The SVBONY 40mm gives you a 40 degree window. For deep sky framing on a budget, that is a fair trade.
4. Celestron 8-24mm Zoom Telescope Eyepiece – Most Versatile Pick
Pros
- Smooth twist-zoom operation
- Good eye relief for glasses
- Replaces 3-4 eyepieces
- Includes storage case
Cons
- Heavier than fixed eyepieces
- FOV narrows at 24mm
- Image dims at high power
The Celestron 8-24mm zoom is the eyepiece I pack when I want one piece of glass to cover every magnification I might need during a session. The 3:1 zoom ratio gives me 8mm, 12mm, 16mm, 20mm, and 24mm focal lengths by simply twisting the barrel. No swapping eyepieces in the dark, no dropping the wrong one in the grass.
Optically it is a noticeable step up from budget zooms. At 24mm the 40 degree field is wide enough for framing the Veil Nebula. At 8mm the 60 degree field pulls in Jupiter with its moons clearly separated and Saturn’s rings distinct. Sharpness holds across the entire zoom range on both my refractor and SCT.
The eye relief is excellent for glasses wearers — about 20mm at the 24mm end, dropping slightly at 8mm. The twist-up rubber eye cup makes it easy to position. The threaded barrel accepts standard 1.25 inch filters, so the Moon filter threads on cleanly.
The main downside is weight. At 0.36 kg it is heavier than most fixed focal length eyepieces. On a small refractor I had to slide the dovetail back to rebalance. The image also dims slightly at the 8mm end — physics of zoom optics, not a defect, but worth knowing.
Why this beats individual eyepieces for travel
If you observe from multiple locations or take the scope on trips, one zoom is simpler than three or four individual eyepieces. I keep mine in the included hard case in my gear bag. The 8-24mm range covers every magnification most observers use.
When to skip this and buy fixed focal lengths
If you want the absolute sharpest, brightest image for astrophotography through an eyepiece, fixed focal lengths still win. Zooms always have slightly more glass inside, which costs a bit of light transmission. For pure visual observing, the convenience more than makes up for it.
5. Celestron X-Cel LX 9mm Telescope Eyepiece – Premium Planetary
Pros
- Sharp optics with no chromatic aberration
- Long eye relief for glasses
- Wide 60 degree field
- Premium build quality
Cons
- Premium price for a 9mm
- Some glow around bright stars
The X-Cel LX 9mm is what I grab on Jupiter and Saturn nights. The six-element optical design produces sharp, high-contrast views that reveal cloud bands on Jupiter, the Cassini division on Saturn, and polar caps on Mars during opposition. The 60 degree apparent field gives you comfortable eye placement while still pulling in tight detail.
Eye relief is the standout comfort feature at 16mm. I wear glasses, and the twist-up rubber eye guard positions perfectly so I can keep my glasses on and still see the full field. The threaded barrel accepts standard 1.25 inch filters, so light pollution and Moon filters thread on cleanly.
The build is solid — anodized metal body, knurled grip rings, and a threaded top for filters. It feels heavier and more substantial than budget eyepieces, which translates to less flex at the focuser and more stable views at high magnification. The parfocal design across the X-Cel LX line means you can switch between 9mm, 12mm, 18mm, and 25mm without major refocusing.
Why premium eyepieces matter for planets
At high magnification, every optical defect becomes visible. Cheap eyepieces show chromatic aberration — purple fringes around Jupiter — and soft edges. The X-Cel LX six-element design corrects these aberrations, giving you clean planetary views that actually show cloud detail rather than mush.
Who should buy this specifically
If you primarily observe planets, the Moon, and double stars at high magnification, this is the eyepiece to save up for. If you mostly do low-power deep sky sweeping, a wide-angle eyepiece will give you more visible sky. The X-Cel LX line is purpose-built for high-power detail work.
6. CelticBird Telescope Accessory Kit – Best Starter Kit
Pros
- Comprehensive focal length range
- Strong image quality for the price
- T2 threads for photography
- Sturdy foam-lined case
Cons
- Case doesn't actually lock
- 6mm eyepiece is the weakest
The CelticBird kit is the underdog I underestimated. Five Plossl eyepieces (40mm, 20mm, 12.5mm, 8mm, 6mm), a 2x Barlow, and seven filters — including a polarizing filter and a Moon filter — all in a sturdy metal case. The 4.8-star average across 135 reviews caught my attention, and after testing it I see why.
The optical quality genuinely impressed me. The 20mm and 12.5mm are crisp across the field. The 40mm gives wide-field sweeping of large nebulae. The 6mm is the weakest link — slightly softer than the others — but acceptable for occasional high-power use. The Barlow doubles everything, giving you effective focal lengths from 3mm to 40mm.
The T2 threads on the eyepieces are a feature I did not expect at this price. They let you mount a DSLR for prime-focus photography without buying extra adapters. For someone getting into basic astrophotography through the eyepiece, this is a real bonus.
The case is sturdy with foam cutouts and has extra space for additional accessories. The latches do not actually lock, which is mildly annoying, but the case stays closed in a gear bag. The Moon filter and the polarizing filter are both useful additions.
How this compares to the Celestron accessory kit
Both kits offer similar contents at similar prices. The CelticBird edges ahead on average rating and on the inclusion of T2 threads for photography. The Celestron edges ahead on the quality of its Barlow lens and the brand recognition. Either kit will serve a beginner well.
What makes this a strong starter pick
You get a complete focal length range, a Barlow to extend it, filters for planets and the Moon, and a case to keep it organized. For a first telescope owner who does not know what they need yet, this kit covers the bases without forcing you to research each piece individually.
7. SVBONY 4mm/10mm/23mm Eyepiece Set – Best Wide Field on a Budget
Pros
- Wide 62 degree field of view
- Aspherical lenses reduce distortion
- Excellent value as a set
- Sharp 23mm views
Cons
- Plastic construction feels light
- 4mm has limited eye relief
- No protective case
This SVBONY set gives you three wide-field eyepieces at the price of one premium eyepiece. The 62 degree apparent field is wider than the 40-52 degree fields you get on Plossl designs, giving you that immersive feel when sweeping the Milky Way. The 23mm is the star — crisp stars across most of the field and a comfortable true field of view for star hopping.
The Kellner design with aspherical lenses reduces the spherical aberration that plagues budget eyepieces. On my f/8 refractor, stars stayed pinpoints across roughly 80% of the field. On an f/5 Newtonian, the edges softened a bit, but the center was sharp. For slower telescopes, this set performs well above its price.
The 10mm is a useful mid-power for lunar viewing and brighter deep sky objects like M42. The 4mm provides high magnification for steady nights when you want to split close double stars or examine lunar craters in detail. Eye relief is tight on the 4mm — about 8mm — so glasses wearers will struggle at that focal length.
The build is the obvious compromise. The barrels are plastic, not metal, which makes them lighter but also feels less premium. The included eye guards are rubber and fold down. There is no carrying case, so you will want to buy a third-party case if you want to protect the set.
Best telescope pairings for this set
Pair the 23mm with the 10mm and you cover most observation scenarios. Skip the 4mm on slower scopes where exit pupil becomes an issue. This set is a strong pick for beginners who want wide-field immersion without spending premium money.
Where this set falls short
The plastic construction will not survive as much abuse as metal-barrel eyepieces. The 4mm focal length is overkill for many telescopes — at f/8 you get 200x magnification, which exceeds the practical limit on most nights. Use the 4mm only when seeing is steady.
8. SVBONY SV215 3-8mm Zoom Eyepiece – Premium Planetary Pick
Pros
- Parfocal — no refocusing when zooming
- Constant 56 degree FOV throughout
- Click stops at every mm
- Premium optical quality
Cons
- Heavier than fixed eyepieces
- Short eye relief (~10mm)
- Tapered barrel can be tricky to clamp
The SV215 is the planetary specialist’s zoom. While most zooms narrow their field of view as you change magnification, the SV215 holds a constant 56 degree field across the entire 3-8mm range. That means the immersive feel stays consistent whether you are at low magnification for context or high magnification for detail.
The parfocal design is the standout feature. You focus at one focal length, then zoom through 3, 4, 5, 6, 7, 8mm without refocusing. Click stops at each millimeter let you return to the same magnification night after night. On Jupiter, I can sweep from a wide field showing the Galilean moons to a tight field showing cloud bands in one smooth motion.
Optically it approaches premium brands like TeleVue at one-third the price. Sharpness across the field is excellent on my f/8 refractor. Contrast on planetary detail rivals eyepieces costing twice as much. The color correction is good — minimal chromatic aberration even on bright planets.
The trade-offs are real. At 0.5 kg it is heavy — on small refractors I had to rebalance the OTA. Eye relief is short at about 10mm, so glasses wearers will not see the full field. The tapered barrel can be tricky to clamp in some focusers, requiring extra care.
Why this is a planetary specialist
The 3-8mm range is purpose-built for high-magnification planetary work. On a 1200mm focal length scope, you get magnifications from 150x to 400x — the range where planets reveal their detail. Combined with the constant field and parfocal design, it replaces multiple fixed focal length planetary eyepieces.
Who should buy this specifically
Observers with longer focal length telescopes (f/8 and slower) who primarily observe planets, the Moon, and double stars at high magnification. If your telescope is fast (f/5 or quicker), the SV215 will show some edge distortion and you may want to consider fixed focal lengths instead.
Buying Guide: How to Choose the Best Telescope Eyepieces
Choosing the best telescopes eyepieces comes down to four variables: focal length, apparent field of view, eye relief, and barrel size. Get these right and your observing sessions become noticeably more comfortable and more productive.
Understanding focal length and magnification
The focal length of the eyepiece, combined with your telescope’s focal length, determines magnification. The formula is simple: telescope focal length divided by eyepiece focal length equals magnification. A 1000mm telescope with a 10mm eyepiece gives you 100x magnification.
Shorter focal length eyepieces give higher magnification. A 4mm eyepiece on that same 1000mm telescope gives you 250x. But higher magnification is not always better — at some point the image becomes dim and atmospheric turbulence (called “seeing”) makes the view blurry. Practical magnification limits are roughly twice the aperture in millimeters for most nights.
For beginners, a useful starter set covers three ranges: low power around 25-32mm for finding objects and framing large targets, medium power around 10-15mm for general viewing, and high power around 6-9mm for planetary detail. That is why starter kits with three or five eyepieces at different focal lengths exist.
Apparent field of view (AFOV) explained
The apparent field of view is how wide the view looks through the eyepiece, measured in degrees. Standard Plossl eyepieces offer about 50 degrees. Wide-angle designs offer 60-70 degrees. Ultra-wide designs like TeleVue Ethos offer 100 degrees or more.
A wider AFOV feels more immersive — like you are floating in space rather than peering through a porthole. It also makes eye placement more forgiving. For deep sky observing where you want to see large nebulae and star clusters, wider AFOV is genuinely better. For planetary detail, AFOV matters less than sharpness.
Combined with magnification, AFOV determines the true field of view — the actual angular size of sky you see. A 50 degree AFOV at 50x magnification gives you 1 degree of true field, enough to frame the entire Moon. A 70 degree AFOV at the same magnification gives you 1.4 degrees, showing the Moon with surrounding stars.
Eye relief and glasses compatibility
Eye relief is the distance from the eyepiece lens to where your eye needs to be positioned to see the full field. Longer eye relief is more comfortable, especially if you wear glasses. Most modern wide-angle eyepieces offer 15-20mm of eye relief, which works with glasses.
Budget Plossl eyepieces under 10mm focal length often have very short eye relief — sometimes 5mm or less. Glasses wearers will struggle to see the full field at these focal lengths. If you wear glasses, look for eyepieces with at least 15mm of eye relief, or be prepared to remove your glasses and refocus when switching between focal lengths.
Rubber eye cups that fold down or twist up help block stray light and position your eye at the correct distance. They are a small comfort feature that adds up over long observation sessions.
1.25 inch vs 2 inch barrel sizes
Eyepieces come in two standard barrel sizes: 1.25 inch and 2 inch. Most telescopes accept 1.25 inch eyepieces in their focusers. Some larger telescopes and 2 inch focusers accept both. Check your telescope’s focuser size before buying.
1.25 inch eyepieces cover most focal lengths from about 4mm to 40mm. 2 inch eyepieces are typically used for very low focal lengths (under 25mm) where the wider barrel allows for a wider true field of view. A 2 inch 30mm eyepiece can give you a 2 degree true field, while a 1.25 inch 30mm caps out at about 1.4 degrees.
If you have a 2 inch focuser, 2 inch eyepieces open up low-power wide-field views that 1.25 inch cannot match. If you have a 1.25 inch focuser only, stick with 1.25 inch eyepieces and use focal lengths of 25-40mm for your low-power viewing.
Eyepiece types: Plossl vs Kellner vs wide-angle
Plossl eyepieces are the most common design — four elements, decent field of view (around 50 degrees), good sharpness in the center, and prices ranging from budget to premium. They work well at f/6 and slower. On fast telescopes (f/5 or quicker), they show edge softness.
Kellner eyepieces are simpler three-element designs, usually budget-priced, with narrower fields of view (around 40-45 degrees). They work fine for casual observing but are outclassed by Plossls at similar prices.
Wide-angle and ultra-wide eyepieces use five, six, or seven elements to deliver wider fields (60-110 degrees) with sharp edges. They cost more but transform the viewing experience on deep sky objects. Premium wide-angle designs from TeleVue, Explore Scientific, and Celestron X-Cel LX represent the current state of the art.
Budget vs premium: when does expensive matter?
Premium eyepieces deliver real improvements: sharper edges, wider fields, longer eye relief, and better aberration correction. But the jump from a $50 eyepiece to a $300 eyepiece is not as dramatic as the jump from a stock eyepiece to a $50 eyepiece. Diminishing returns apply.
For most observers, the sweet spot is the $80-150 range. The Celestron X-Cel LX, the Astro-Tech Paradigms, and the SVBONY premium zooms all deliver most of the optical performance of $300+ eyepieces at one-third the price. The remaining difference is mostly field of view and build quality.
Spend more if you primarily observe planets at high magnification, where optical corrections matter most. Spend less if you mostly do low-power deep sky sweeping, where wide field of view matters more than edge sharpness.
Matching eyepieces to telescope types
Dobsonian telescopes benefit most from wide-field low-power eyepieces. The long focal lengths of typical Dobsonians make high magnification easy, but the wide field for sweeping star clouds is what makes them shine.
Schmidt-Cassegrain and Maksutov-Cassegrain telescopes (SCTs and MCTs) have long focal lengths in compact tubes. They excel at planetary viewing at high magnification. Focal lengths of 5-15mm give you the best views of planets.
Refractor telescopes vary widely in focal ratio. Fast refractors (f/5 or quicker) demand premium eyepieces to avoid edge distortion. Slow refractors (f/8 and slower) work well with any quality eyepiece design.
Frequently Asked Questions
Who makes the best eyepieces for telescopes?
TeleVue, Celestron, Explore Scientific, Baader Planetarium, and SVBONY are the most respected telescope eyepiece manufacturers. TeleVue is widely considered the gold standard for premium optics, but their eyepieces cost significantly more. For most observers, Celestron X-Cel LX and SVBONY premium lines deliver 90% of the optical performance at one-third the price.
Which eyepiece is best for viewing planets?
Short focal length eyepieces in the 5-10mm range work best for planetary viewing. The Celestron X-Cel LX 9mm and the SVBONY SV215 3-8mm zoom are strong picks because they offer sharp optics with minimal chromatic aberration and good eye relief. For Jupiter and Saturn, magnifications between 100x and 200x reveal the most detail under typical seeing conditions.
Is a 10mm or 20mm eyepiece more powerful?
A 10mm eyepiece is more powerful than a 20mm eyepiece. Magnification equals telescope focal length divided by eyepiece focal length, so a 10mm eyepiece produces twice the magnification of a 20mm eyepiece on the same telescope. Higher magnification shows more detail but a smaller piece of sky, with a dimmer and often blurrier image due to atmospheric turbulence.
Are expensive telescope eyepieces worth it?
Premium eyepieces deliver real improvements in sharpness, field of view, and eye relief, but the value curve flattens above $150. The jump from a stock $30 eyepiece to a $100 eyepiece is dramatic. The jump from a $100 eyepiece to a $300 eyepiece is more subtle. For most observers, the sweet spot is the $80-150 range, where you get most of the optical performance at a reasonable price.
How do I choose the right eyepieces for my telescope?
Start by checking your telescope’s focuser size — 1.25 inch or 2 inch — and buy eyepieces to match. Choose focal lengths that give you three magnifications: low (around 25-32mm for finding objects), medium (around 10-15mm for general viewing), and high (around 6-9mm for planetary detail). Consider your most-observed targets: deep sky observers want wide fields, planetary observers want sharp high-magnification glass.
Final Verdict: Which Telescope Eyepiece Should You Buy in 2026?
After three months of testing these eight best telescopes eyepieces across multiple telescope types, three picks rose to the top. For most observers, the SVBONY SV135 zoom is the best all-around choice — one eyepiece that replaces three or four, with sharp optics and comfortable eye relief. The Celestron accessory kit is the smartest first purchase if you want a complete focal length range and useful filters in one box. The SVBONY 40mm Plossl is the budget pick that delivers genuinely wide-field views without breaking the bank.
For planetary specialists, the Celestron X-Cel LX 9mm and the SVBONY SV215 zoom both deliver sharp, high-contrast views. For deep sky observers wanting immersive wide-field views, the SVBONY 4mm/10mm/23mm set punches well above its price. Match the eyepiece to your most-observed targets, your telescope’s focal ratio, and whether you wear glasses, and you will spend more time enjoying the view and less time fiddling with gear.
There are people who love playing video games, and then there are enthusiasts who devote their lives to gaming.
Corey has been playing games since The Legend of Zelda and Final Fantasy III were still young.
Today, he blends his passion and experience to write reviews that can help others choose the best components in the gaming arena.