So what’s the latest telescope I’ve been testing? This time it’s a Vixen R130Sf Newtonian Reflector Telescope and PortaMount II. I can tell you right now that I’ve never laid my hands on a telescope that I was more comfortable with out of the box than this one… But, I guess I really need to start the story from the beginning, don’t I? Then follow me over to the Observatory and I’ll tell you how this charming Vixen stole my heart away.
Quite frankly, folks, as the head of a non-profit organization it’s my job to beg. Sure, I’d love to be sitting in an air conditioned office in a swivel chair telling my secretary to send out a purchase order for equipment – but that ain’t happening. At WRO, we don’t charge anything for our public programs, educational outreach, planetarium programs, or even visiting schools, libraries, or doing guest speaker shots. That’s just the way it is. Astronomy education should be free and we’re gonna’ keep it that way. So, when the time comes each year for us to give our Hidden Hollow Star Party, somebody has to approach a whole lot of astronomy equipment manufacturers and humble themselves to try to get door prizes. Those door prizes then go into a raffle where you buy tickets and that’s how we make our operating money.
You know, the good stuff like electricity, toilet paper, trash bags and coffee…
In these economic times, it’s not easy for any company to donate anything – much less something valuable. That’s why we were completely stunned when Janet D. of Vixen Optics told us they would donate a Vixen R130Sf Newtonian Reflector Telescope and PortaMount II. We would have been thrilled with a plossl eyepiece. Can you imagine how I felt when I got that news? My starz… We might even sell enough raffle tickets on that one to be able to afford to have new Styrofoam cups this year! Needless to say, we were incredibly honored and we knew that we’d have to take it out of the box to display it.
Can we have first light?
Now for the finderscope. Ah, yes… Vixen did this one right, too. No hookey jookie red dots or telrads here. Just a very generous 6×30 optical finderscope on a sturdy little bracket with spring tensioners to fine tune it. What’s that you say? Uh, huh. Well, let’s see you use your red dot finder when the batteries run out and you’ve got 75 kids waiting to see something and the nearest department store is 15 miles away. And ya’ wanna’ know what else? The daggone thing was less than a degree off center right out of the box! I had a hard time believing it until I saw it with my own eyes.
Oh, I’m getting more comfortable by the minute here.
So, now we’re off to the optics test. Well, finally. A little flaw at last or one of you out there is going to accuse me of gushing Vixen because they donated a scope. If you’ve been paying attention, then you know the key word here is Vixen R130Sf Newtonian Reflector Telescope. And what will happen to any reflector telescope that’s made a 3,000 mile trip via UPS? Yeah. It needed collimated. Painful process involving lasers, artificial stars and much pulling of hair and gnashing of teeth? No. Just a tweak with a screwdriver. Just like the finderscope, it only needed the most minor of adjustments to be put right back where it belonged.
In the comfort zone…
And I’m feeling really comfortable.
The Milky Way came out to sing and dance that night and the R130Sf Newtonian Reflector Telescope on a PortaMount II did Vixen proud. Without being tied to the restrictions of the EQ, I was all over the sky. It was simply nothing to find 10 Messier objects within minutes – and even share the view. I always have great fun when I’m observing with a bunch of guys with GoTo scopes and we race to see who gets there first, eh? By the time they get done aligning everything and punching buttons, I’m already two past you. But then, give me a faint, vague fuzzy and it make take an hour and six star charts. The real kicker for me is just that it is a pure scope. It doesn’t require batteries, electric cords or power packs. Just a little sky knowledge and patience are all it takes.
So how was the view? We’re talking about a telescope with an aperture of slightly over 5″ and the ability to reach at least 12th magnitude. Low power delivered great rich field, but did have just a tiny little band of coma around the outside edge. Perhaps this is something that would bother someone like say, oh, an astrophotographer, but at first I was too busy being delighted on its nebula performance to even notice. Those little touches like being able to see the Trifid nebula mean alot to me, you know. Higher magnification delivered smack you in the eye resolution on objects like globular clusters and planetary nebula… And I just didn’t have the heart to try other eyepieces in it to see if it cleared up the slight coma issue. Why?
Because I was so darned comfortable.
Because I’ll want that Vixen comfort back.
Check out Amazon.com for cool deals on Vixen R130Sf Newtonian Reflector Telescope.
My most heartfelt thanks to the good folks at Vixen Optics for their generous donation. Please know that your support will benefit thousands of children who come to us each year for astronomy outreach! For those of you interested in the Vixen R130Sf Newtonian Reflector Telescope and PortaMount II, please support Vixen by purchasing from any of their premier dealers, such as OPT, Woodland Hills, Smart Astronomy, Telescopes.com and Scope City. Many thanks to Mike Romine for remembering to bring a camera, and to Mark Vanderarr for being far more photogenic than myself, and to Steve Carter and Bob Kocar for helping me “test” it.
How do you weigh one of the largest objects in the entire universe? Very carefully,…
Exploring the Moon poses significant risks, with its extreme environment and hazardous terrain presenting numerous…
Volcanoes are not restricted to the land, there are many undersea versions. One such undersea…
Some binary stars are unusual. They contain a main sequence star like our Sun, while…
11 million years ago, Mars was a frigid, dry, dead world, just like it is…
Uranus is an oddball among the Solar System's planets. While most planets' axis of rotation…