@@GamePlay-zn2ei Well, sorry, I'm 55 years old, so I don't need a new job...but if a youngster came to me and show me that video, I would be interested for more of his knowledge...
@@StudioBonn Ok so you said that because you are old the chances of you not getting in a financial struggle are 0, and thus you will never be in need of a new job? And knowledge is fine and good but someone along the line had to learn whatever he showed from an expert or a teacher and that was probably in college. It is odd considering that you seem to value knowledge but not education.
Great idea. Have been looking for something like this for too long . Exactly it would be an arduino that tracks the sun and by motors move the solar panels . I think it would be something not hard to do since we already know the position of the sun during X day for years . Still im not too good with trigonometry
I loved this project! Why not assemble a components kit with your custom PCB included and sell it to receive some money from those who wants support you?
Could you make a diagramm where is standing which smaller components you jused? I mean Resistors and Capacitor and co. Because I can't find it anywhere!
The copper pipes will turn green in no time. You should lacquer them. And anyone trying this build should use heavy PVC, or thin-walled galvanized pipes. Even brass tube would be much better here. Nice DIY video though!
clean copper with vinigar and baking soada... be sure to rinse after .... ... id like to operate a large camera via wifi remote, through the view of the cam. up, down, side/side and click need to be performed. ill be using a windows computer. id be nice if it could be smooth moments with something like a game controller. ... sugestions ?
Great work! This is a real masterpiece! I think the next level is an easy and foldable design using a 3D printer or casting a light alloy! And wireless control via smartphone!
Thank you! I thought of adding a Bluetooth control with a smartphone but it would have overloaded the already long video. And yeah, using the 3D model, people can instead of using wood, 3D print the parts and of course, the design can always be improved!
I've got the components made except I created 3D files with some adjustments for 3D printing. I also am almost complete with the controller. My only question really is I can't tell which resistors you're using. Looks like 3 different ones but from what I see on your diagram against what I see in the video the resistors don't seem to match up. Care to share which ones you're using?
I want to make this with same functionality but control over a network with ethernet. i understand ill need to learn a broader form of this but its a hard thing much experience in the field. Where do i begin?
ok 10 days later I am controlling stepper motors over a network with arduino and an ethernet shield. This is the best build. Im gonna try to base my mechanical hardware on this design.
Holy Awesome Sauce! THIS IS THE BEST ONE! Watched a few similar DIY projects, and this is the one I will bend a knee for. Or take my hat off. Whichever. *Takes a bow.
Agree - the best build I found even in 2021. Just use one axis))) But in such case would go with another design where acceleration, screen and 2208 included to work smoothly.
Incredibly high quality tutorial! Thanks for taking the time to make this and share it with us. I've watched several videos to get ideas for building a slider. This is the one that I'll be building. It far surpasses the rest! Thanks!
Carl Richards 🔴 What Is Islam? ⚠️ 🔴 Islam is not just another religion. 🔵 It is the same message preached by Moses, Jesus and Abraham. 🔴 Islam literally means ‘submission to God’ and it teaches us to have a direct relationship with God. 🔵 It reminds us that since God created us, no one should be worshipped except God alone. 🔴 It also teaches that God is nothing like a human being or like anything that we can imagine. 🌍 The concept of God is summarized in the Quran as: 📖 { “Say, He is God, the One. God, the Absolute. He does not give birth, nor was He born, and there is nothing like Him.”} (Quran 112:1-4)[4] 📚 🔴 Becoming a Muslim is not turning your back to Jesus. 🔵 Rather it’s going back to the original teachings of Jesus and obeying him.
Amazing dedication to a brilliant concept and design, functionality looks amazing! Total construction time and cost would be interesting to have in your description.
Thanks! Well there is a parts list on the website article, with links to each of them. You can see the prices there and estimate the total cost. As for the construction time, it took me several days just for assembling it.
Hello! Congratulations for this tutorial! One question! When I start the order of PCB he ask me 2 parts missing, one Designator "R1..R5" and other it's in designator "Pan,SLIDER,TILT,U6,U14,U16". I think he ask the capacitors. what do i choose? Thank you.
Very interesting! I never really did any home-made constructions after mid-school, but want to make/buy that kind of slider or similar for my image/video related experiments. But you are using wood, and I was wondering, would it be possible to replace all wooden parts with 3D printed plastic ones?
The characteristics of the potentiometers are not indicated! Complete electronics assembly not shown. Why is driver A4988 and not DRV8825 used? And can the L298N driver be used? The video shows the programming of the start and end position of the camera carriage. If you connect the drive of the slider itself to another controller, and leave only the carriage with two motors on it from your video, will this positioning work correctly?
Can you make an orbiting camera rig, not just a lazy susan..but one where the motor spins two opposing arms where you mount the camera and a light/background. I think th youtube channel vox has a video on how food commercials are made. But they had in the video was built for big cameras. Was hoping you can try to make one for mirrorless or dslr cameras that can spin slowly.
Witam. Byłem zainteresowany twoim projektem, ale aby go ukończyć, nie wiem, jakie są wartości 2 potencjometrów obrotowych. Czy możesz mi je dać do automatycznej prędkości i suwaka. Na schemacie nie są one podane.
Awesome video. I really would like to order that exact pcb board you designed. Is it anyway you could send me the design schematic so I can order one please and thank you
list of parts bit not the electronics. like for example what set of bearings did you use, bolt and screw size. I can't find these informations in the article
Congratulations on this very accurate tuto. Sure, I am going to built my slider based upon these instructions. I have two questions : Values of resistors : it seems you used 10K for R1 + R2 + R3 + R5 - Is it correct ? What is the R4 value ? What don’t you have two limit switches (one on each side). Is only one sufficient ? Many thanks for your help Jean-claude in France
Thanks! The resistors for the LEDs, are 220 or 330 ohms, that R3 and R5 on the PCB, other can be 10k. Sure you can use two limit switches but one is enough because if you know the length of your slider, you can tell the motor the exact travel distance from the start to the end.
Hello, Thanks for the brilliant tutorials and your website is excellent. I have made this circuit but modified to use 3 x "slider" control for a robot arm also added 3 lines to toggle the enable mode on the A4988 when the Pots are in the center (deadband) and adjusted the analog mapping to suit . This worked nicely reducing the stationary current from 300+mA to just 36 mA and everything stays nice and cool until active. I see that you connect 12V to arduino Vin and this powers the motors and the board etc, I was concerned that 12V onto the arduino would cause the LM1117 (on the nano) to overheat but i'm clearly wrong somewhere. (I'm using a 7Ah SLA fused for the bench top testing). is there any issue with interaction from the motors to the nano as they are directly connected? i dont mind experimenting myself but thought you may have some comment on this and wanted to say thanks. The End.
Hi there and thanks! Well yes, you are right, the 12V are directly connected to both the Arduino and the motors, so theoretically that might cause problems. However, I couldn't say anything specific about that.
Hi, I love your project. Can you please supply a full list of components for the smaller items in the design i.e. LEDs, microswitches, potentiometers, switches, buttons, etc. Many Thanks
jika yg baca komen ini orang INDONESIA, saya sudah memesan PCB untuk project ini... masih sisa banyak, jika kalian mau bisa balas komentar ini akan saya beri PCB GRATIS. saya sudah berkali kali mencoba projek ini tapi tidak berhasil. semoga kita bisa kerja sama untuk membuat projek ini berhasil.
