Celestron Omni Series 1-1/4 32MM Eyepiece

This fits very well for my astromaster 130 eq and provides stunning images of Venus, moon, Jupiter, as well as saturn appears great with this in addition i would recommend to use 2x omni Barlow series you can expect the best results and this eyepiece is very good for planetary observation and i would recommend to buy this 4 mm plössl. Thanks

A must buy product....Good brightness....useful for deep space and low light things

Nice eyepice fir telescope heavy barrel multi coating lens clear imaging,

Clear good 👀

Quality eyepiece....useful for zoom on planets

Excellent quality, Plossly eyepiece 👍.

Very good field of view and light capture. I have the 6, 10,15,20mm and the 1.5-2x barlow from Celestron but this seems to be the best....

For the first time i saw orion nebula and beehive. Cluseter this good on my pegasus 76700 telescope And you can say its the best for me

Good value and quality

Oculaire célestron omnie 9 mm monté sur lunettes skywatcher 910 x 90. Possesseur de plusieurs oculaires deux fois le prix de ce 9 mm, ce dernier malgré un champ de vision légèrement restreint (mais suffisant) à de bien meilleur contraste et détails !!!! Impressionnant de précision pour la lune, et déjà largement suffisant pour planètes exemple détails sur Saturne: 4 bandes séparation tempête bien visible ainsi que la tempête "spirale" permanente, le tout malgré une observation avec pollution lumineuse grande ville... Bref pas la peine de dépenser plus !!!!😁👍

It's a great eyepiece at this price. I guess I'm glad I am cheap and have not sprung for those pricier brands of eye pieces because everyone raves about how much better they are; but with this eyepiece I don't feel like I have to find out. The Apparent field of view is great, they rate it at 50deg and it certainly appears to be correct. Eye relief works fine with and without glasses; and finding the "sweet" spot is easy with no need to move your head around trying to find the image. It works with long focal length scopes and central obstructions no problem (1900mm). The coatings and blackened lens edges provide a bright clear image. The rubber grip is also a very nice touch. Don't buy a 40mm, buy this one. In a 1.25in eyepiece 32mm is pretty much the max before the small barrel of the eyepiece impinges on the field of view. You need to have a scope that works with 2in eyepieces to go above 32mm and obtain those super wide views like a movie screen. Having several scopes and one that only work with 1.25in, my main set of eyepieces are this 32mm, a Celestron Omni 23 super wide, and the SvBony 7-21mm zoom. A 5 element 2x Barlow is not a bad thing to have for some scope setups also. That's all you need in 1.25in eyepieces and each of those is not that expensive.

A very good eyepiece at a good price. I am using it with small Meade refractors with good views of Jupiter and Saturn.

I got the 4mm eyepiece to use with a 114mm reflector with a FL of 500. At first I was skeptical, I read reviews and had many "experts" tell me it would provide too much magnification. I assume they saw 114mm and assumed the worst. This thing provides excellent magnification and produces a detailed image! Full Review: For people looking at this eyepiece there are 2 factors more important than the size of the primary mirror. The first is quality, I'm using an Orion telescope but there are other good brands out there. Is you are using a cheap barska or some other department store brand you are sadly wasting your time. The second most important thing is focal length. Based on my research the best a ground based telescope can do in magnification is about 300x simply due to the atmosphere. There are exceptions like remote locations and unusually calm atmospheric conditions but those will be rare occurrences. In my experience there will be times when atmospheric conditions won't let you see much detail at 100x, that's just the way it goes. Additionally if you want to get the best view of planets you want to wait until they are as directly above you as possible to minimize how much of the atmosphere you are looking through. So that said, to figure out a eyepieces magnification simply take your focal length and divide it by the size of the eyepiece. So (500/4 = 125x)... That is well below the scopes limit of 228x. You can figure out a reflectors limit by multiplying its size by 2 so (114 x 2 = 228). So the greater your FL the more magnification this will apply. This eyepiece will certainly give you more bang for your buck with a FL of 700 but it's still great on the lower ends and I recommend it. Knowing what I know now the only way to potentially do better is get a 5mm and a Barlow 2x, I have the latter.