Explore Scientific

Explore Scientific 14mm 62°

A 14mm Explore Scientific 62° Series: the workhorse magnification where most galaxies, globulars and nebulae look their best, from a waterproof 62-degree workhorse that is hard to beat for the money.

78/ 100

Polaris Score

Optical quality · Immersion · Comfort · Value

See the breakdown ↓

What it's for

Low power · wide fieldHigh power · narrow field

Medium power. At 14mm this is the workhorse magnification where most galaxies, globulars and nebulae look their best.

Apparent Field

62°

Barrel Size

1.25"

Eye Relief

16mm

Focal Length

14mm

From$49

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The spacewalk

You don’t look at a field.
You look into the sky.

Every number on the spec sheet matters less than one feeling: how much sky wraps around your eye. Widen the apparent field and watch the black edge of the eyepiece slip away.

62° apparent field

At 62°, you are aware of the field edge, like looking down a short, comfortable tube.

See this field in your own scope in the Simulator →

01What it's good at

What it's best at — and the trade-offs.

Best at

✓A comfortable 62-degree field and relaxed eye relief for everyday observing.

✓Argon-purged and waterproof; it shrugs off dew and cold that fog other eyepieces.

✓At 14mm it lands squarely in medium power territory, exactly where most deep-sky objects look their best.

Trade-offs

!A modest 62-degree field, wider than a Plössl but no ultra-wide.

!On-axis sharpness is good rather than exceptional.

!Plain styling and a basic eyecup.

02In your telescope

One eyepiece. A different job in every scope.

An eyepiece has no magnification of its own — the telescope decides. The same eyepiece becomes 34× and 1.8° of sky in a little refractor, or 145× and a tight frame in a long SCT. Here’s what it does across common scopes.

Small apo refractor

480 mm · f/5.5

Magnification

34×

True field

1.8°

Exit pupil

2.5 mm

34× across a 1.8° field at a 2.5mm exit pupil, right in the deep-sky sweet spot, bright and easy on the eye.

8-inch Dobsonian

1200 mm · f/6

Magnification

86×

True field

43′

Exit pupil

2.3 mm

86× across a 43′ field at a 2.3mm exit pupil, right in the deep-sky sweet spot, bright and easy on the eye.

12-inch Dobsonian

1500 mm · f/5

Magnification

107×

True field

35′

Exit pupil

2.8 mm

107× across a 35′ field at a 2.8mm exit pupil, right in the deep-sky sweet spot, bright and easy on the eye.

8-inch SCT

2032 mm · f/10

Magnification

145×

True field

26′

Exit pupil

1.4 mm

145× across a 26′ field at a 1.4mm exit pupil, crisp medium power for galaxies, clusters and planetary nebulae.

Exit pupil is how wide the beam of light leaving the eyepiece is. Around 5–6 mm is bright and immersive under dark skies; push much past 6 mm and you waste light, and under light pollution a smaller exit pupil shows more contrast.

02In plain English

The numbers, in plain English.

Focal lengthMid power

14mm

About 86x in an 8 inch f/5.9 Dobsonian and 145x in an 8 inch SCT. The general-purpose range where galaxies keep a dark background and cluster stars begin to separate cleanly.

Apparent fieldModerate

62°

At a mid focal length 62 degrees gives a true field wide enough for most clusters, without asking the design to correct the extreme edges that wider eyepieces must.

Eye reliefComfortable

16mm

Relaxed viewing with or without thin spectacles, and consistent across this range so switching focal lengths does not change your eye position.

BarrelStandard

1.25"

Fits any focuser or diagonal without adapters, with no weight concerns on a light focuser.

OpticsValue all-rounder

Fully multi-coated

Full multi-coating and a sealed body. This is the focal length that does the most work in a typical night, which makes it the sensible place to start a set.

03What comes alive

The targets this eyepiece was born for.

Comes alive

M13 globular cluster

Resolves to the core with pinpoint stars across the field.

Excellent

The Whirlpool (M51)

Two cores and a hint of the bridging spiral arm.

Comes alive

The Dumbbell Nebula (M27)

The apple-core shape framed with dark sky around it.

Excellent

M81 and M82

Both galaxies in one field, one soft, one edge-on and streaky.

Excellent

The Ring Nebula (M57)

A clean smoke ring at a comfortable scale.

Excellent

The Trapezium in Orion

Four stars split cleanly inside the glowing nebula.

04Role in a collection

Where it sits in your eyepiece case.

A good eyepiece collection isn’t a pile of glass — it’s two or three focal lengths that hand off from wide to tight. This is the anchor at the bottom of the ladder: the one you find and frame with. You buy it once, and it stays your low-power eyepiece for life.

32 mm

Low power · wide field

Find, frame and sweep. Your widest true field and the lowest useful magnification, the eyepiece you reach for first.

Veil Nebula · Pleiades · Milky Way star clouds

14 mmThis one

Medium power · the workhorse

Where most deep-sky objects look their best, galaxies, globulars and planetary nebulae at a comfortable scale.

M13 · Ring Nebula · most galaxies

7 mm

High power · detail

Planets, the Moon at the terminator, tight double stars and the smallest planetary nebulae. Steady-air nights only.

Jupiter · Saturn · lunar craters

04Build around it

What it pairs with.

The telescope

What it goes into

Any 1.25-inch focuser

Fits essentially every telescope made.

Fast, short scopes love this field

A fast Newtonian or refractor turns this focal length into a rich, wide sweep.

Pair it

What extends its range

A high-power eyepiece (~8mm)

Locate and frame with this one, then swap to high power for planets and small objects.

Filter it

What transforms the view

A mild broadband light-pollution filter

Lifts contrast on galaxies and clusters from the suburbs at medium power.

02The Polaris Score

How it scores, and why.

78/ 100

Explore Scientific 14mm 62°

Judged as the workhorse magnification where most galaxies, globulars and nebulae look their best, it earns its score on argon-purged and waterproof; it shrugs off dew and cold that fog other eyepieces. The comfortable eye relief lifts it further. It is honest about being a specialist, not an all-rounder.

Optical quality

Immersion

Comfort

Value

Polaris weighs how well the eyepiece does the job it was designed for — optics, immersion, comfort and value — never list price or brand.

03Who it's for

An honest fit check.

Buy it if you

✓Observers who want the workhorse magnification where most galaxies, globulars and nebulae look their best.

✓Anyone who observes in eyeglasses; the eye relief here is long enough to see the whole field.

✓Observers who value on-axis contrast over a sprawling field.

Look elsewhere if you

!Anyone chasing the absolute widest field, who should look at a 100-degree eyepiece.

!Grab-and-go observers watching every gram, since this is not the lightest option.

!Planetary specialists who want the last ounce of high-power contrast from an orthoscopic.

05The numbers

Full specifications.

Optical

Focal Length14mm

Apparent Field62°

Comfort & handling

Eye Relief16mm

Fit & build

Barrel Size1.25"

Editor’s Take

Sweep it across a rich star field and the reason to own this focal length is obvious in a second. That is what the 62° Series is for.

— The Skynocular verdict

06Alternatives

For a different goal, start here.

Wider, lower power

Explore Scientific 62° Series 22mm

The same optics with more true field, for framing larger objects and finding your way around.

More magnification

Explore Scientific 62° Series 8mm

The same line at higher power, for planets and the smallest deep-sky detail.

Cross-shop

Celestron X-Cel LX

A natural alternative at a nearby price point, if you want to compare field and feel before committing.

→

Explore Scientific 14mm 62°

You don’t look at a field.You look into the sky.

What it's best at — and the trade-offs.

One eyepiece. A different job in every scope.

The numbers, in plain English.

The targets this eyepiece was born for.

Where it sits in your eyepiece case.

What it pairs with.

How it scores, and why.

An honest fit check.

Full specifications.

For a different goal, start here.

You don’t look at a field.
You look into the sky.