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Your video is very good, the explanation is also clear, very easy to understand

could you share the 3d model file for the apparatus

brilliant idea Sirr!!!!

Have you uploaded the files for this?

Hi, this is one of the coolest thing on youtube for this kind of project. Is there a chance to get the sketches somehow of the motor that moves the solar panel?

cool

what sensor u use for display the speedometer?, hall effect or anything else?

Hi mate, very impresive setup!! The gears on the lifting mechanism are backwards, you should put the pinion on the servo so that you multiply the torque, as with the larger gear on the servo you are reducing its torque. Otherwise, excelent and inspiring!! Cheers

Hi can you share the files that you 3d printed please

Nice job 💯👏❤

This is awesome and can't wait to make it. Do you have modified files to share yet? I'd be happy with even the original files you used in this video.

Print files ?

Can you please share the cad file and the code

Why is it that people who post their video on TH-cam, don’t post the files or code needed to do the project.

This is not made for others to build after him tho What a great work that I wish he can lead one through the making or creat a course for it

Too complex for my tiny brain 🧠

Are there building instructions for replicating it with an STL file? I am 57 years old and would like to recreate it with my son, who is 15 years old. Do we have a 3D printer?

Großartiges Konzept!

try that thing on the back of a drone rc car that parks and turns into a solar flower to charge up

What is that program that you used for 3D drawing and modeling?

Hi, i want do this project, can you help me, i am need 3d models please I beg you to help me, I need these 3D models please

how the battery charging level is being measured in this, so that relay switches to battery charging mode

where is the full code??

Neat! / I wonder, haven't you been considering a stepper for the horizontal rotation?

How do you learn all of this 😢

Please send me the program for this project

What is this program ? 5:45

Neat project blending solar and robotics to make a portable charger. You may have avoided a lot of hassle by using normal dc motors or geard dc motors instead of servos here, and it would make the design a lot more scalable.

and can you give the 3d printing file and the circuit file please

i want to make this project please can you make a detale video for this project

Kul projekt. Jag prenumererar :)

We are thinking of doing this kind of project with my friends. Thank youuu

Hi! this was really cool and well demonstrated! Could you share how you learned those skills ? School ? Did you study mechatronics ? Or are you self-taught ?

Very impressed with your ability to stick with it!

Loved the project. Based off the title I thought this be electric in the same way an electric guitar is.

Add a ease in and ease out to servo motion it will make it more quiet

my guy 🇩🇪

Can someone plz plz let me know the software for parts design

The base I'm on had these sun tracking panels. They doubled as shaded parking and was a grand idea. Unfortunately the motors siezed up pretty fast due to the salt air and the lack of maintenance with cleaning the panels. It took 4 years just being stupidly expensive car covers for them to finally remove them. I work on maintaining the electrical infrastructure on the naval bases and solar is definetly desirable but the lack of training to maintain and work on them is the bottleneck in my opinion. Good work on this project and I hope to see a similar version while I'm on base one day!

That was so fkn cool xD I was nerding out over here!

This is amazing. Could you share the stl files?

If you do end up going with a slip ring again it is fairly easy to manufacture one, especially since you have a 3D printer. All you need is rings of metal to solder to your wires (The size just has to be close to the size of your wire.) Then you attach small metal wipes (Thin metal strips or even ends of wire that are flattened and are solid or have been tinned) The wipes work the best when they are rounded so they don't try to go anywhere when you go the other direction. Add a spring to make sure the wipes have good contact with the rings. And attach both sides to independent casings with a center attachment point. metal or plastic rods work for this. Just make sure that the stress of turning gets put on the slip ring and not the wires coming out. This way you can have a slip ring with as many or few connections as you need and size is dictated by how many wires and their sizes. Last bit, if you add multiple wipes per ring that are equally spaced it will reduce the resistance variation over the rotation.

Love the cloverleaf design Awesome video & project, keep it up!

Source Code and CAD Please @axelmadelt

I want to buy this project.

What a great project to start tackling the subject and learn a bunch of engineering fields - mechanics, electronics, programming

One pick per note would eliminate the gear train noise and lower complexity. Also, it provides a greater range as two notes can be plucked at once.

incredible video and process. so inspiring! thank you

Can you provide links to the circuit/PCB and 3d-printed parts? Thanks!

Trying not to see the german *Hindu* symbol.