Well I actually did try to use the scope without all the beautiful eyepieces a week before. All I saw was blurry splotches of light where the moon or Jupiter were supposed to be. Even after I fit in extension tubes onto the rack and pinion focuser, no luck. (Later days of observing a communication tower during the day with the eyepieces seemed to suggest that possibly a 3rd or 4th extension tube might have brought things into focus. But ExpSci is asking for $25 a piece. Expensive! )
Eyepieces+diagonal finally fixed the problem! Had a whale of a time observing a communication tower in the distance with the various eyepieces from explore scientific. Here's a run down on observations.
The smaller the focal length of the eyepiece, the narrower is the total field of view, but the higher is the magnification. You would think that higher magnification is awesome intuitively, but I'll have you know that higher magnification sucks (I claim that I am not color'ed by EdTing's scopereviews/eyepiece reviews). This is simply because things go blurry at higher magnifications, in the hunt for more detail. Our seeing conditions really affect whether magnification is important or not. Perhaps if I have a beautiful clear night with great seeing, then the higher magnification (such as 8.8mm, 8.8mm+2x barlow == 4.4mm, 20mm+2x barlow == 10mm lenses) might start making sense.
But on an average day or night, really fix yourself up a treat or snack (courtesy the European confectionaries star down the street :D ), fit in a 20mm, 26mm or even better - a 40mm eyepiece and soak in all the finer details that the wider fields of view that these eyepieces have to offer. Though not magnified, these allow you to realize the full power of your telescope (think of a telescope as a reservoir of light). Each low magnification power eyepiece unlocks a different new worls inside the same point of view!
For example - staring at the communication tower on the 40mm. I was able to count the number of spokes on the tower and the number of diamond shapes formed by the spokes. Or staring at some trees. I was able to see a bluejay fly around. Slyly notice that there was a window on a house peeking out from among the trees. Or even on my first night of observing, seeing random meteors!
(FYI I am using the 62 degrees series from ES. Except the 8.8 mm - which is the 82 degrees)
So I do not regret purchasing eyepieces with lower power. Thank you Ed Ting!
Eyepieces+diagonal finally fixed the problem! Had a whale of a time observing a communication tower in the distance with the various eyepieces from explore scientific. Here's a run down on observations.
The smaller the focal length of the eyepiece, the narrower is the total field of view, but the higher is the magnification. You would think that higher magnification is awesome intuitively, but I'll have you know that higher magnification sucks (I claim that I am not color'ed by EdTing's scopereviews/eyepiece reviews). This is simply because things go blurry at higher magnifications, in the hunt for more detail. Our seeing conditions really affect whether magnification is important or not. Perhaps if I have a beautiful clear night with great seeing, then the higher magnification (such as 8.8mm, 8.8mm+2x barlow == 4.4mm, 20mm+2x barlow == 10mm lenses) might start making sense.
But on an average day or night, really fix yourself up a treat or snack (courtesy the European confectionaries star down the street :D ), fit in a 20mm, 26mm or even better - a 40mm eyepiece and soak in all the finer details that the wider fields of view that these eyepieces have to offer. Though not magnified, these allow you to realize the full power of your telescope (think of a telescope as a reservoir of light). Each low magnification power eyepiece unlocks a different new worls inside the same point of view!
For example - staring at the communication tower on the 40mm. I was able to count the number of spokes on the tower and the number of diamond shapes formed by the spokes. Or staring at some trees. I was able to see a bluejay fly around. Slyly notice that there was a window on a house peeking out from among the trees. Or even on my first night of observing, seeing random meteors!
(FYI I am using the 62 degrees series from ES. Except the 8.8 mm - which is the 82 degrees)
So I do not regret purchasing eyepieces with lower power. Thank you Ed Ting!