Relatively easy to whip up yourself for little money if you have access to a 3D printer and a soldering iron. Get a RP2040 development board for $2, 9 switches and keycaps and hand solder them directly, you don’t even need to source diodes.
Relatively easy to whip up yourself for little money if you have access to a 3D printer and a soldering iron. Get a RP2040 development board for $2, 9 switches and keycaps and hand solder them directly, you don’t even need to source diodes.
Usually the recommendation is to take short, no longer than 30 minutes naps. Supposedly, after 30 minutes you go into deep sleep and waking up will make you feel tired. I haven’t reviewed the scientific validity of the claims, but it has always worked for me.
If you’re in Australia or the UK, Sovol is running a really good sale on the SV06 and SV06 Plus.
https://www.sovol3d.com/products/sovol-sv06-series?variant=47559713259829
A Raspberry Pi Pico 2 will be good enough to run Klipper, so the biggest difference to me seems to be the printing area, the touchscreen and the extra parts cooling fan. I couldn’t fit the larger Plus size on my desk, so I just bought the SV06 and intend to replace the stick fan with a single 5015 fan for now.
I also intend to install Klipper, but I mostly intend to use the web app, so the Ender 3-like screen will be fine for display purposes in my case.
In my opinion, get the Plus if you like the big printing volume and can fit it, otherwise the SV06 will save you some money and will leave plenty of opportunity for tinkering and improvements.
Any examples of such rust-focused solutions that popped up?
I wish to defederate from this particular comment.
I don’t think there is any commercially available macropad that allows remapping without compiling. A custom macro with a controller that runs MicroPython though, like the Raspberry Pi Micro, can be modified by changing the source code, so no extra software needs to be installed. See this as an example https://blog.4dcu.be/diy/2021/04/05/Macropad.html