![]() Then you can center the view and use a higher magnification. When finding an object always use your lowest power eyepiece, which will provide the widest field of view. Then point the telescope at your target, whether it be an alignment star for the go-to system, or a bright planet or the Moon. To find an object you look through the red dot finder with one eye, and the background of stars with the other, so that the red dot appears to be projected onto the sky. If you're doing this at night, use the brightest sky object you can see, be it Jupiter, Mars, the Moon, or a star. Then use the setting screws on the red dot finder to move the red dot so that it coincides with the centered object in the telescope. Get the object you want to align centered in the red dot, then use your lowest magnification eyepiece to find that object in the telescope and center it there. You can align it during the day on a distant object, ideally something a mile or more away, like a distant cell tower. ![]() Make sure it has the correct watch battery, turn it on, and align it. The telescope includes a red dot finder, which projects a red dot onto the sky. Learning the night sky and how to find objects yourself is infinitely more rewarding. Motorized mounts for small entry-level telescopes are never worth the price, just causing more confusion than anything to most beginners. I recommend turning off the motorized mount and using the telescope 100% manually. This makes it especially good (for its aperture and price range) on planets and the Moon, but it kind of locks you to a medium power that struggles on deep sky objects. The telescope you have is a 76mm (3") reflector with a long-focus spherical mirror. r/telescopes aims to be a high quality sub where users can discuss all things telescopes and astronomy, but allowing such repetitive and low-effort posts will drastically lower the overall quality of the sub. Low-effort content such as those complaining about the weather (we get it, clouds are bad), simple questions that usually result in one line responses (these should be posted in our weekly discussion threads instead), general 'shitposting', memes, etc. Titles should be descriptive about what you're discussing/posting. Titles should not be 'clickbaity' nor self-deprecating - we're all here to learn so there is no point in calling yourself a 'noob' and/or putting yourself down. Concept art is not permitted, nor is content not relating to visual astronomy/telescopes. Images must be taken by you, with gear which you own - remote or professional services such as DSW or Hubble are not permitted. This enforces quality, encourages discussion, and benefits everyone. This includes your gear as well as any processing you did to the image. Images must have a top-level comment containing acquisition and processing details. Self promotion is only permitted to active members of the community. Not providing commentary, or posting content from a single source will be assumed to be attempts of driving traffic, which is not allowed here. This sub is a place for everyone to learn and help each other, and such behaviour only does bad things to everyone involved.ĭirect links should be accompanied by commentary as a top level comment, and should be a source of discussion. Non-civil behaviour such as insulting, flaming, etc, will not be tolerated. You can post used item ads here, but do post them on other communities or websites such as Cloudynights, Astromart, etc. There are other subs and communities for this. Links to petitions, surveys, crowdfunders, and other advertisements to sell your own products are prohibited here. Failure to read and posting "which telescope should I buy" will result in your post being removed and you being referred to this guide. If you're totally new to telescopes and astronomy, please read our Beginner's Quick Guide to choosing your first telescope which is sticky'd to the top of the subreddit. ![]() Posts are helpful for people with similar questions.)īefore posting, make sure your post follows the subreddit rules otherwise they may be removed. ( For more in-depth help, please use the subreddit. Anything that relates to amateur astronomy and its practice. ![]() Telescopes, eyepieces, events, marathons, charts, eyepieces, reviews, marathons, articles, etc.
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