0:38 Hopefully that didn't cause any bugs XD

Te admiro, estas loquísimo!!! Saludos desde Argentina!

How about small old school moving coil meters mechanism? Small one should be pretty nimble and low inertia.

ok, now run doom on a 3d printed mechanical computer

2:17 uhh

I honestly think it's amazing that us humans were even able to figure this out!

The next step would be to replace that led with an RGB led so we can have COLOR.

you can modify a solenoid with magnets and springs instead of using motors

@bitluni how about making a Sonograph? It would be great to be able to see inside your own body in a cheap way.

You wanted to make a TV, but you made a computer in the 60s

2:30 .. your laugh.💀

This project is awesome.

time to run cod

was that bad apple near the start?

Electroboom moment

7:50 ¿How do you filter only the changing pixels of the image? What software do you use?

3:02 maybe you could fix the shorting issue by 3d printing a housing that keep all the legs separate?

But Why ?

playing doom in the late 1800's be like

This is soo cool! Great work

11:31 mission impossible

Would be cool to make them triangles and have the magnet connectors at an angle to the pc plane, so you can make 3d shapes.

I like your videos

bonus points for using touhou

lol the vim joke never gets old

Speakers too small for the desired deflection vs distance.

Genius!! I love your project.

I think you are german, because you have a german akcent, And this gadget is cool.

Look like monitor patient from a hospital

Pretty nifty 😎

Really nice and fun project! To improve the speed you need to use coils and magnets to move the mirrors. Better is to use just one mirror. I believe the same method is used in a laser projection unit that can draw shapes on a wall.

So the ESP32 C and S series support VGA output, but you need to have the external resistor support? How can does designing with Aisler compare with KiCad?

So the ULP runs all the time, not just when the main processor sleeps? Does the built-in ESP32's JTAG debugger work for the ULP as well? Is there a IDF IDE way of compiling, debugging/flashing.. or does one have to use the Arduino IDE (duff2013 / ulptool , jasonful / lcc) ? BTW, Interesting how the official block diagram of the ESP32 C3 doesn't list the ULP block!

maybe flux will help solder better

You can use RGB LED

This reminds me a bit of the mirror system used in the Nintendo Virtual Boy

Vectrex emulation when?

Can you make a hot plate to have a lake of solder to dip the back plane into so all the joints are made at once?

play doom or minecraft on it

cool

That's some german accent right there😂

Bambu labs is stealing from the 3D printer community, do not endorse them in any way. They have have stolen code from projects like Klipper. They steal libre software and then release it under a closed source license.

How much additional time/knowhow would it take to create a 16x16 array of the 8x8 magnet enclosures with a display driver that I could output image/video from a laptop? I love the magnetic nature of these, and could see making a frame that they could sit in (also magnetised) and be used for lots of other things?

Damn. This is dope af

is it possible to use coils instead of stepper motor? i mean by controlling the current of coils.

I wonder if you could use a magnifying glass to make the image bigger?

You showed Doom for like... 5 seconds. D:

You think maybe one of the old school LCD screens that darken when energized could give a wider range of greys? Limit the specific pixel brightness on demand?

I'm thinking. How hard is it to attenuate the laser using a VGA connector? And just spin the mirrors at a constant speed, synchronized using the blanking intervals. Imagine you set this thing up as a monitor on your pc, how cool is that. Remove the screen, and you have a laser projector.