Something fundamental has changed in the hardware architecture. The GPIO hardware has been off boarded from the main bcm chip over to their custom RP1 chip. For simple gpio interactions libraries like GPIOZero, and GPIOD exist and for simple hardware pwm you can get two channels with the rpi-hardware-pwm library. I haven't yet tried microphones or audio yet with the Pi 5 but I very much enjoy using it. Great video and robot!
Sir ultimate project, it would be so cool to see it grabbing stuff. Maybe fetching water bottle from kitchen With jut voice or something greater. ALSO TRY MACHINA SCRIPT framework!
Why not just use a powerbank for the batteries? Can they not provide 5v without brown outs? Also maybe your servos could use more volts, for bigger servos and a bigger bot in the future? Would seem easy to charge with a USB C port. I don't really know anything about electrical engineering other than some basic stuff, just asking. I would make this way bigger in the future though, looks super cool
There aren't (or at least weren't) many power banks that could deliver the needs amps, and they didn't help with brown outs are they are not designed for sudden spikes.
If you find a power bank that can give a consistent 5v output you should be able to provide a stable 5v output without worry of a brownout although I would still use his recommendation
Hi I wanted to ask if there is a build guide for version 3 of this bot. Ive been trying to find it on the wiki and the youtube but I can only find it for version 2. I just wanted to ask. Its a super cool project!
@@DanMakesThings oh ok I was wondering if is a guide on how to connect all the 3d printed parts I can only see the files but im unsure sorry to bother I really want to build this but am unsure on how to start connecting the parts
I want to make a robot like this but I found a power bank that can deliver a stable 5v output for the raspberry pi do you think it’s still a good idea?
@@DanMakesThings something like the latte panda has more computational power, at the cost of power draw. and the x86 platform has lots of software that is opensource.
Great job Dan. Thanks for that.
Something fundamental has changed in the hardware architecture. The GPIO hardware has been off boarded from the main bcm chip over to their custom RP1 chip. For simple gpio interactions libraries like GPIOZero, and GPIOD exist and for simple hardware pwm you can get two channels with the rpi-hardware-pwm library. I haven't yet tried microphones or audio yet with the Pi 5 but I very much enjoy using it. Great video and robot!
Nice work!
Murphy’s law showing it’s face in the video |o/. Amazing project, congrats
Thanks. 👍
Sir ultimate project, it would be so cool to see it grabbing stuff. Maybe fetching water bottle from kitchen With jut voice or something greater. ALSO TRY MACHINA SCRIPT framework!
Epicccc!! Thanks for sharing! Is this Johnny 5v2 :) // Short Circuit
Hey Dan, what's the USB power delivery module you're talking about @ 2:37 ?
It's not a specific brand, they're typically called 'USBC PD decoy modules' or something similar.
I want to do this!
Why not just use a powerbank for the batteries? Can they not provide 5v without brown outs? Also maybe your servos could use more volts, for bigger servos and a bigger bot in the future? Would seem easy to charge with a USB C port. I don't really know anything about electrical engineering other than some basic stuff, just asking. I would make this way bigger in the future though, looks super cool
There aren't (or at least weren't) many power banks that could deliver the needs amps, and they didn't help with brown outs are they are not designed for sudden spikes.
If you find a power bank that can give a consistent 5v output you should be able to provide a stable 5v output without worry of a brownout although I would still use his recommendation
Hey Dan there is a possibility to run it on jetson nano ? thx
This is amazing. I wanted to know what programming language are you using?
That’s cool!
I like this project. Is it open source?
Hi I wanted to ask if there is a build guide for version 3 of this bot. Ive been trying to find it on the wiki and the youtube but I can only find it for version 2. I just wanted to ask. Its a super cool project!
Thanks! The wiki is for version 3. github.com/makerforgetech/modular-biped/wiki#versioning
@@DanMakesThings oh ok I was wondering if is a guide on how to connect all the 3d printed parts I can only see the files but im unsure sorry to bother I really want to build this but am unsure on how to start connecting the parts
@OldKnight724 worth watching the video playlist as most of this is covered there if it isn't clear from the models themselves.
@@DanMakesThings ok thank you
I want to make a robot like this but I found a power bank that can deliver a stable 5v output for the raspberry pi do you think it’s still a good idea?
It really depends on how much current it can supply
@@DanMakesThings okay thanks
Incredible
quick question will you ever move to x86?
No plans currently but I'm interested to hear more about the benefits?
@@DanMakesThings something like the latte panda has more computational power, at the cost of power draw. and the x86 platform has lots of software that is opensource.
Best robot
🔥🔥🔥🔥🔥👍