ATmega2560 .... for 4-digits clock.... awesome! why not core-i9? use a steam-hammer to crack nuts... Btw. ATmega328 can drive 16 servos directly (almost hardware way) with hi precision (on pins or via 596 registers) and much more with 595 registers and some software tricks even on atmega8 (Lynxmotion SSC-32 project).

Lot of commitment good job. All I can think of is how much that Bambu X1C shakes that stand it’s on lol.

갖고 싶지 않다!

Great video! Going to put together a rrover project with some friends and this was super helpful. Liked the music too lol

I love your content that is awesome lukas🤩

Now you need to learn how to use ROS and make it autonomous.

I want to do this so bad I can taste it.

hi would you kindly direct to electronic design including pin placements of all six motors and link to sketch codes?

i learn a lot, thanks.

Just amazing

since the numbers are always in increments, you could have done this using just 4 motors using cams. there are several different projects this way.

woow........ loved it

Зачем так много серв? Эти часы можно сделать используя всего 4 сервопривода!!! 4 а не 28!

The only way blind people are able to tell time is to have some janky-ass AI tell them 😥

Perfect 😮👌❤️

could you please provide the whole circuit diagram

Did you face an issue where segments sometimes push further than they should? I built this a long time ago and was not able to figure out what was causing that issue so I gave up.

Would be so cool if you hide it on the wall and have it flat. Then voice activate to make it display the time, date and temperature.

I am wondering if this car can run on Mars.😊

You say shout out to the original creator, who was it ?

Nice. Would love to see this but with illuminated "active" segments. Can see how to the illumination is synchronized with movement (not just on/off but slowly dimming/turning up the light) - or this would completely break the kinetic clock idea? 🙂

Me building smth by watching someone build smth watching someone build smth.

Hi, Please help us to answer a few questions in regards to this video: 1: What was one of the requirements for the Rover project mentioned in the text? A. To use an Arduino Uno B. To integrate a camera C. To use a Raspberry Pi D. To have 8 wheels 2: Which software was used to sketch out the possible motions of the Rover? A. AutoCAD B. SolidWorks C. Figma D. Tinkercad 3: What was used to drop the voltage from 12 volts to 6 volts for the DC motors? A. Breadboard B. Buck converter C. H-Bridge driver D. Arduino Mega 4: What was the main challenge faced during the project according to the text? A. Coding the Python script B. Fitting all the electronics inside the Rover C. Assembling the wheels D. Testing the motors 5: Which component was accidentally damaged during the project? A. Arduino Mega B. Raspberry Pi Camera C. DC Motors D. H-Bridge Servo driver board 6: What was used for controlling the Rover over the web? A. HTML website B. Arduino Uno C. Raspberry Pi Camera D. Figma software 7: Which component allowed serial communication between the Raspberry Pi and Arduino Mega? A. Buck converter B. Raspberry Pi Camera C. SDA and SCL pins D. H-Bridge driver board 8: What was the purpose of the prototyping board in the Rover? A. To control the motors B. To solder power distribution C. To host the web server D. To connect the wheels 9: What was the final outcome of the outdoor test with the Rover? A. It did not work at all B. It worked perfectly with no issues C. There were some mishaps but it worked overall D. The Rover got damaged during the test 10: What was the main lesson learned from the Rover project according to the text? A. Always order extra parts B. Complex projects are not manageable C. Raspberry Pi is not suitable for robotics projects

Where are the motors installed? Because motors are visible from outside. Are those connected directly to the wheels or some sort of armature is used?

This would make a nice perimeter robot in a larger model

very clean, i'd like to see it with the front plate and numbers made from wire edm cut aluminium. would look truly seamless

I hate it when 90% of these kind of diy videos is just talking about himself and some random bs.

outstanding!

Cool

Super cool build! Were those AI generated lyrics? 😂

Good Stuff Luke 👍

the music is fire as bruh HAHAAA

How about only printing the front of the segments white and the sides black?

Great project! I did a quick google and I found that you should be able to use your PC to host a wifi network much like if you've ever set up a wireless printer or something like that. So you shouldn't need to have to bring your router out into the field with you. Theoretically these instructions should work, good luck. For Windows 10/11: Open Settings -> Network & Internet -> Mobile hotspot. Toggle on Share my Internet connection with other devices. You can also customize the network name and password by clicking on the Edit button.

Didn’t know what a PCB was until this video- very educational 😌 Also- “I’m just a guy” 😂

It's funny how you graduated from breadboards straight to PCBs instead of doing prototype boards first (which are PCBs that have a grid of holes in them and various layouts of copper - either as strips or maybe just copper pads around the holes - that one can use to make compact-ish circuits like those on custom PCBs. Just a few pointers though, try to learn to do copper planes. You'll need at least a ground plane for more complex ciruits, as it helps to reduce noise/EMI. You'll also want to increase the thickness of your power carrying traces. Challenge yourself with routing the traces. The simple AND gate circuit can be routed all on one side. Later if you're doing high speed signal lines like USB you'll need to adhere to certain design rules (like the traces need to be parallel on the same side of the board, same length etc) so it helps to challenge your design skills before hand and not just settle for the minimum viable.

Who wouldn’t sponsor your vids?? Love the sponsor mention! So engaging. Love the beginning too 👍🏻👍🏻

Love your intro to the video, also thanks for explaining PCB’s in a way I can understand

instant thumbs up. 👍

Looking forward to see the rover with a perfect pcb ..

8:52 - "The latency is really bad". Solution: just pretend its on Mars! Then your latency is AWESOME.

nice vid, my guy

Awesome job! You got me motivated to do a similar build.

Great production and project! nice work.

I have a habit of collecting power supplies. I pull them out of anything that's being junked and I put them to use in other projects. Out of a Da Vinci 1.0 3D printer (purchased for $25) I pulled many good parts but the power supply is awesome. +3.3v 12a, +5v 14a, +12v 14a, -12v 0.3a, +5v 2a. One of these would work for this clock. Use the 5v2a for the Arduino, use the 12v 15a for the servos. You also have the 3.3 for LED lighting. The supply has the standard 3 prong power cord socket and a power switch on it. 200 watt max on this supply. Look around for a cheap Da Vinci printer.

ok, who wrote the lyrics? The project is awesome but the music is AMAZING. Laughed too hard. Great project

Omg very cool.

I HATE hot glue. I’ve had nothing but problems with it when the temperature and humidity go up.

12 hr clock with a PM indicator and you can remove 5 segment circuits from the tens of hours unit. Yeah, that makes the 1 digit unique (1 servo for 2 segments), but "The best part is no part."

Adding the SUNO music was genious... The lirycs are cracking me up 🤣🤣🤣🤣