Meade Series 4000 Eyepiece and Filter Set
Monday, March 29th, 2010 at
9:35 am

Buy Meade Series 4000 Eyepiece and Filter Set at Amazon
Product Description
Includes 6.4mm Super Plossl - 1.25in. 9.7mm Super Plossl - 1.25in. 12.4mm Super Plossl - 1.25in. 15mm Super Plossl - 1.25in. 32mm Super Plossl - 1.25in. 40mm Super Plossl - 1.25in. #126 2X Barlow Lens - 1.25in. Color Filter Set #1: #12 Yellow #23A Light Red #58 Green #80A Blue Moon Filter -1.25in. Aluminum Carry Case.
Buy Meade Series 4000 Eyepiece and Filter Set at Amazon
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US $.99



Set features great eyepieces that have good field of view. Lower power lenses reveal great details of the moon and are ideal for ‘calibrating’ your spotting scope. Set’s increments are very useful for stepping up magnifications of Saturn, other planets or the moon. Very easy to go 40mm to 32mm to 15mm to 12.4mm to 9.7mm to 6.4mm with focus and center technique greatly alleviating frustration and taking minimal time.
Definitely recommend the set based on the increments alone, quality is above average for a set in this price range. I guess the only hit I have is eyepieces could be identified more readily. Font on eyepieces is small and hard to see in the dark.
4000th goes and
yay for 4000 tweets!
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اصلا سینما آزادی بلاک! چه معنی میده؟
We’ve all viewed our share of photography through a mirror, but I can almost promise that the entries in this week’s Shooting Challenge: Reflection in a Mirror have a few tricks you’ve never seen before. Dual Approaches [Ed note: two of this week's participants worked at the same idea—capture a subject through the mirror of another camera—in completely different, completely wonderful ways. ] Lead Shot Canon 7D, Canon 100mm 2.8 Macro: 1600 ISO 1/50 “Picture of the reflection from the internal mirrors through the viewfinder of a Pentex Spotmatic with the focus lens taken out. Took quite a few tools and brute force to get it apart to remove the lens. It really shows how indestructible these old cameras really were.” -Beau Blochlinger Photograph taken with an Olympus PEN EP-1 at ISO 1000 with a 17mm lens at f2.8. “Subject was captured through the lens of a Canon XTi with a 50mm prime, bouncing off the internal mirror, then through the eyepiece. Got a laugh in that it’s a non-SLR camera…
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Magnification = F(objective)/F(eyepiece), thus F(objective = Magnification*F(eyepiece) = 190 cm.
I’M IN LOVE!
omg i love this! this is sooooo funny