Видео

Nasi tu byli xd

smooth sailing!

Just beautifully done! Thank you!!

Just beautifully done! Thank you!!

16:49 - summary (theory) 20:59 - summary of azimuth intercept method 25:11 - input/output 43:14 - summary (practical) 56:20 - bookmark

Где уборка, сколько сыпет?

Is it for aviation or maritime

This is the best teaching in celestial navigation I've come across. Well explained, easy to understand, straight to the point. Thank you for sharing this video, much appreciated 👍

Amazing!

Amazing RUclips! I can almost understand this. It will take several more sessions watching the RUclips but it's all there. Lucky thing, I have the 2102-D.

Hey so I need help from anyone who knows celestial navigation please reply to this comment if you would like to help

A superb, no nonsense, no frills explanation of the Star Finder. Thanks! Oh, and Merry Christmas or Happy Holidays or Happy Hanuka.... whatever!

Interesting

Part One: Equatorial/Celestial System 00:00 Part Two: Horizon System 11:39 Part Three: The Intercept Method 18:43 Part Four: Solution and Practical Application 29:36 Part Five: Pathfinders from the stars 46:09

One of the most unpleasant operators.. stupid .lid and +

Fun fact that the creator of this video failed to mention. The sextant and Celestial navigation prove without a shadow of a doubt that the Earth is a flat plane not around planet. You cannot get your elevation angle with a curved adjacent and your feet. Globe debunked

איפה אפשר לקנות את המכשיר הזה

9+60 in 7.198mhz very strong

Video quality is bad.....

מגניב! חחח תגיד, איזה אנטנה צריך כדי לקלוט אותם? קניתי אתמול מחשיר ישן - DX440 Realistic אבל אני כנירא צריכה אנטנה יותר חזקה כי הוא קולט רק FM. וגם סליחה על העברית שלי - אני לא מרגלת איראנית! רק עולה מארה"ב.

Thank you very much!

Guys what are the pros and cons of shooting the planets compared to stars? Awesome video by the way. Thank you 🙏

The use of a star finder is well presented. Nice work

this was very helpful

Why am I seeing a flat earth warning from RUclips?

Gracias

Love this video. Gimme some mashke

Siri, find Greenish

The first calculation at 24:25 to find the star Vega started with knowing the latitude and longitude. If you already knew that, why do you need to calculate further? How did you know it to begin with?

It is a good device. Some users marked the months around the base plate. On the red transparency they marked the hours of the day and a map of the world. With the time and date brought together, the stars are mapped onto the Earth. Then the azimuth grid can be set where it belongs.

If you want to understand the stars, you first need to understand the earth is not a globe.

Everything clicked now. Many thanks!

Get real, the Earth is a motionless donut.

No idea how the hell I found this, seems very educational

EA3JE. Stay off SSTV frequencies of 14.230 and14.233 Mhz. You really are an idiot.

good job, thank you

Where does he get the items from that he uses?

Thank you Simple and Perfect. It is the Best Video which Explains the Basics

Excellent presentation ...I get it!

He runs about 15kw from a homemade amplifier

Very nice good job. Thanks for the knowledge share. Good job.

Celllestial Navvviggation😂😂

Really awesome tutorial

This is a great video! Thank you! I do have a question. What about using the moon? Could we just use the blue latitude disc along with the moon's LHA? The only problem is how to plot it using its declination since there's no slot on the blue template. Thanks!

I don't know if not knowing what they're saying makes te the experience better or not

Thank you very much for the excellent video. Another video I would like to see is one showing how to locate stars using a celestial globe (like one of these: www.fpm.de/index.php?option=com_virtuemart&view=productdetails&virtuemart_product_id=30&virtuemart_category_id=2&Itemid=264&lang=en )

Good presentation.

Could you please develop a video explaining steps if our latitude is in the middle in between "Blue Disks. Let us say 40 Degrees N in between 35N and 45N degrees template. Thanks.

Well explained. Having said that it seems like a complex way to find stars. The night sky barely changes from night to night (a measly 1 degree per day). So why not just learn a handful of stars one night and refamiliarize yourself each night. You can predict exactly where they will pop up as it’s almost the same place as the night before. I realize Vega was only an example, but gosh, that’s one easiest stars to identify in the night’s sky. The planets are nice and bright and easy to identify as well.

We well explained: Subject matter and use of star finder templates.