Please see https://github.com/ezcGman/andys-kicad
While designing some PCBs, I ended up creating a few footprints myself. A few are completely done by myself, a few are just copied and slightly changed from the KiCad library
This is a copy from the BatteryHolder_Keystone_2460_1xAA footprint. I just removed the extra holes there in the PCB which I found unnecessary.
Footprint for the E-Byte E220-400T22S & E220-900T22S LoRa modules. The dimensions also fit the E220P-400T22S, but has a different pad numbering. Make sure to also check out the symbol I made for it: https://github.com/ezcGman/andys-symbols
Footprint for the E-Byte E32-400M20S & E32-900M20S LoRa modules. Make sure to also check out the symbol I made for it: https://github.com/ezcGman/andys-symbols
This is a selfmade footprint. It's meant to hold an ESP-07 module on 2mm pin headers, so you can easily remove it again, if you want to. So simply stick it on and remove again :)
It's meant to work with the RF_Module:ESP-07 schematic symbol.
Same as above, just the border I've drawn on the silk screen is shorter which allows you to do a cutout in the PCB right above it. This is not so useful for the ESP-07, but if you also want to support the ESP-12, which has a board antenna, so the board cutout would allow for a better Wi-Fi signal.
Basically like the ESP-07, but it has a different pad numbering: The ESP-07 is missing the pins that the ESP-12 has on the bottom. So the ESP-07 footprint has a continious pad numbering from 1-16, while this one here has the left row numbered 1-8 and the right row 15-22.
It's meant to work with the RF_Module:ESP-12E/F schematic symbol.
Same as the ESP-12 footprint but again: Made the border on the silk screen shorter to allow for an antenna cutout in the PCB.
Like the ESP-12-Socket, but has two additional pin headers on the bottom to support using GPIO 9 & 10.
Again, just shorter silkscreen for allowing an antenna cutout.
Less SilkScreen version of this footprint: https://gitlab.com/VictorLamoine/kicad/-/tree/master/footprints
A footprint I made myself (because I couldn't find a matching one in the KiCad library) for these 1808 SMD fuse holders: https://www.aliexpress.com/item/32869829922.html
Again selfmade. A connector famously used on the M5 Stack Atom ESP32 modules
This footprint is specifically made for these beautiful LED Rotary Encoder from CN Futai: https://www.aliexpress.com/item/1005002478550056.html I've also made a custom symbol for it which you can find here: https://github.com/ezcGman/andys-symbols
More selfmade. Bit similar to the ESP-07/ESP-12 socket, these are simply pin headers in the correct positions to stick an M5 Stack Atom on them, plus the mounting hole that sits below the Atom.
Just a copy of the PinHeader_1x03_P2.54mm_Vertical footprint from the KiCad library. I just changed the silk screen a bit as I found it weird that the top pad is so "lonely" :)
Again a copy, this time from the PinHeader_1x08_P2.54mm_Horizontal footprint. I removed some of the silk screen, as if you mount this one at the edge of the board, that original silk screen looks really weird and broken. So I removed it
Copy again, now from the PinHeader_1x08_P2.54mm_Vertical. Same as the other "fixed": I just changed that top pad silk screen.
And another fixed one, this time from the PinHeader_1x09_P2.54mm_Vertical.
More copies: PinHeader_2x04_P2.54mm_Horizontal. Same story as the other "horizontal": If that one is at the edge of the board, the original silk screen looks broken.
Like PinHeader_2x04_P2.54mm_Horizontal-Less-SilkScreen, but with a different pad numbering I needed.
I love changing existing footprints: TerminalBlock_Phoenix_MPT-0,5-2-2.54_1x02_P2.54mm_Horizontal. This one also had two weird extra holes I don't understand what they were for: Deleted them.
Well, a small Yoshi egg. Why? Because I love Yoshi, that's why!