Gyönyörű munka! Most próbálom megérteni, hogyan is működik ez a csoda, a jelek szerint rajtam kívül már mindenki érti :D

Gr8 success!!

Is that a piston that stays in whatever position you put it in?

If you have any reference/sources of this method please post 🙂 Very interesting

Wow!😅

Do you have one that supports 20 - 30 degree latitude? And can ship to US?

Hi. Do you ship these to the United Kingdom?

That looks so cool I wish i could buy this

Very good

These look well made. Are you still producing them ?

Hallo Tamas, I like you design! What diameter do the wheels have? I only found 260mm diameter, but your look smaller.

Hello, in another video (maybe the 1st version of the equatorial platform, not sure) I saw that the speed of the motor is preprogrammed. That means that the speed of the motor is related to the arc of the bearing I assume. Would you please explain how you would determine that?

Greetings Horvath, can you give me the information to this mount as I live in Australia and would love to make this for my 8" Dob. Kindest regards.

Incredible stick welding brother

Why do all scope dollys have straight up pipe seats for a tripod leg that sets on at a angle?

Very nice!

I know the Hungarian elves are busily building great eq platforms for all the good little dobsonian mount telescopes out there. I'm hoping Uncle Nicholas will come early this year...🎅

Just checking if there might be any updates on shipping of these platforms...

I am looking forward to ordering one of these when available in 2023. I am at 37.5 degrees north latitude in the US so I am hoping you will offer the 3540 model as it would be perfect.

What is the name of this antique way?

Does the version of the platform depend on how far north or south that I live or where I will be using my scope? I'm in North America, United States and I live in a town called Idaho Falls in the state of Idaho. I also travel to Southern Utah and use my scope there as well. There's several hundred mile difference.

Nicely done.

Interesting design! I built similar but made a U shaped part that holds the rings and bearings (brass/Teflon in my case) which allows the rings to be opened for removal of the OTA or rotating the OTA easily. I used a lazy Susan bearing to replace the record which turns better than my record allowed. I inserted a tiny 1/4" thrust bearing at the top of the center pivot which also helped the smooth operation. Fun stuff to play with.

Worst part is the music

Nice work, looks a bit much for me to tackle so I will buy one :)

Cette table est vraiment excellente. Le suivi en visuel assisté est plutôt bon. J'en acheté une a Horvath Tamas merci a lui

I'm really interested in purchasing one of these for an 8" dob. I tried clicking the link you provided below and it seems to not function. What are your prices?

good job

Absolutely amazing build video! Thankyou! I want one!

Very clever design!

Really tidy design! I love how you used two layers to create a template for your parts as an assembly aid. There was some hand drilling where I couldn't see how the drilling locations were marked - not sure what you did there. I'm an apartment dweller without a workshop and hope to design something like this, using commercial or makespace CNC or 3D printing of an easy-assembly design. The shapes look really sleek, with excess weight cut away - they make plywood sexy. (Though I appreciate all the astronomers who do have manual woodworking skills and home workshops too, who also make very functional platforms!)

Hi, are you still making these?

Hi, very original idea! May I ask you how do you align the rotational motion with the polar? Is there a correct inclination of the shaft? What is the fixed point where the rod must be anchored? Should it be set to 180 ° azimuth? Thanks.

Fantastic!

Do focus only between 40 to 55 latitude?

Superb cool telescope 🔭❤️ dear, thank you for informational video... Fully enjoyed 😀💖🎁🎁🎁🎉🎉🎉🎉🎉

I hate rock.

Can you take long exposure images with this?

Like many, I am extremely fascinated by what you have constructed here! This is such a simple and elegant approach to basic tracking for a Dob. I understand that an EQ platform is better, but I still want to learn more about this method and replicate it for my telescope. I would just be using it for Southern sky observation from 40 degrees lat. I have researched old methods and can't seem to find anything on this. So, Horvath, is there a name for this method? Who invented it? Your lower pivot point is raised from the base. Is there a calculation for that? Any math or specs you can share with us will be greatly appreciated! Thanks so much for revealing this technique! Well done!

Very good! What is the reduction ratio of your gearbox?

Nice work, how do you reset it?

Best part is the music

That's very clever. I guess the Alt control varies with the declination? Now, if you want to take long exposure shots, you will need to motorize it and compensate the angle variation at the eye piece. Loved the idea.

I am here to add to the voices of the comment section in asking if you have any plans you might share for this.

Looks good, what are the specifications on each model? Do you have one that can handle a 22" dob? at least 150 pounds. What are the prices? Do you have a website?

Very well done! Where I can find / buy the blueprint?

How can I get this sketch?

the world needs more information on this design. how do you make it, where do you get the parts? do you sell these?

Hello from a fellow Hungarian (well half, on my mother's side). That's a great build. Would you be able to tell me what motor you used?

Skip the crap music!