Welcome to the website and the forum. You got a few good answers and you generated an interesting discussion. Allow me to suggest that recommendations are generally useless, however much good information they may provide and no matter how heartfelt are the opinions. Telescopes are like cars or anything else: there's a lot of tradeoffs. An SUV is not a pickup truck or a sedan or a sportscar.markgross wrote: ↑Sun Aug 08, 2021 2:57 am Budget: Up to $1K
Environment: I live in rural Oregon east of the cascades. Big, dark sky.
Objective: Check out planets and relatively near earth sights
Hope: I can use app to find things easily (i know it's a cheat)
Other: No need for transport. Easy to set up.
Larger apertures gather more light for deep space objects, and that speaks to reflector systems. But longer focal lengths deliver more magnification and that suggests refractors. Schmidt-Cassegrains and Maksutov-Cassegrain are another set of options: wide apertures, long focal lengths, but they weigh so much more that they can be inconvenient, or so I felt with mine before I donated it to the Goodwill.(I could lift it and carry it and not well but setting it down under control and guidance was always scary. Try it with 65 lbs.)
Anyway, then, there's eyepieces... As far as I know, no seller packages the oculars you need: 32 mm, 25 (or 20) mm, and 10mm with 2X Barlow. Just to say, last night, I was looking at the center of Cygnus, the Northern Cross. It is a rich field of stars. Technically, my 8mm ocular gave the same magnificatian as my 40mm ocular with a 5X focal extender (40/5 = 8). However, the 8mm eyepiece is a much smaller viewing area, like looking at Grand Canyon through a soda straw. It's OK for small diameter objects like Mars or binary stars. But for a wide view like the Pleiades, for example, you need a bigger ocular with less magnification. No telescope that I know of comes with a wider view eyepiece, like 32mm or larger.
And, really, if you ask again directly, the MOUNT is as important as the telescope. When you buy a package you buy trade-offs. Usually the mount is under capacity. An equatorial mount makes it easy to track the stars as the Earth spins. But it can be hard to slew the telescope around for true North to view objects near the Pole Star, Bears, etc. On the other hand, an Alt-Azimuth mount (usually) does not track the sky automatically very well. And that opens the discussion to whether you want a computerized "go-to" mount and drive or not. I do not have one. I star-hop. However, I often hear the voice of an old guy here who said that he was happy with his "go-to" so that he could spend his time looking at objects instead of seeking them.
So, all, in all, before you buy -- and you already got a link to the "Hobby Killer" article -- ask again, to be sure.
Whatever you buy, keep us posted. Write up your observations.
Best Regards,
Mike M.