ScottoKatana with Gateron Milky Yellows Typing Test
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- Опубликовано: 9 янв 2024
- I've built a hardwired board that sounds good for the first time ever. This version is fully 3D printed, including the keycaps. It uses an integrated plate design that requires a substantial amount of support material. V2 is coming soon and will feature a gasket mount. The katana layout is also quite nice to use.
Switches: Gateron Milky Yellows
Stabilizer: Durock V2 Plate Mount Clone
Keycaps: ScottoCaps (Scooped) printed in PLA
Lube: Krytox 205G0, Dielectric Grease
Mods: Holee Mod, Polyfill
~ Links ~
Find out more about the project: scottokeebs.com
Donations are greatly appreciated: bit.ly/41odBEu
Become a patron: / joe_scotto
~ Handwiring Tools ~
TS100 Soldering Iron: amzn.to/3LCsrkb
D24 Chisel Tip: amzn.to/3VFxiES
63/37 Solder: amzn.to/3uBlMPu
Wire Strippers: amzn.to/3LZez4F
Electric Screwdriver: amzn.to/45Jxg3v
~ Handwiring Parts ~
1N4148 Diodes: amzn.to/3Ccljbb
16g Copper Wire: amzn.to/3xLDVvJ
Raspberry Pi Pico: amzn.to/3HglCVb
Arduino Pro Micro: amzn.to/3HkR9Fn
Ethernet Cable: amzn.to/3uyaOKr
M2x6mm Screws: amzn.to/3UI1bDH
M2x8mm Spacer: amzn.to/3Y4KzJ3
M2 Heat Set Insert: amzn.to/3WjklB9
Durock Stabilizers: amzn.to/3FgcLQR
~ 3D Printing ~
Ender-3 Pro: amzn.to/3VIWryL
Ender-3 Max: amzn.to/3PQOHsP
PEI Magnetic Bed: amzn.to/3Hi7URx
Dual Z Upgrade: amzn.to/3h7DTJy
BLTouch Auto-Leveling: amzn.to/3UGEBv8
Sonic Pad: amzn.to/3ZQa7ea
Deburring Tool: amzn.to/48MjXlB
Elegoo Filament: amzn.to/3rG3T4f
~ Favorite Cheap Switches ~
Gateron Milky Yellow: amzn.to/3Bk0Cci
Akko Lavender Purple: amzn.to/3VJy440
~ Social ~
/ joe_scotto
/ joe_scotto
/ joe_scotto
~ Community ~
ScottoKeebs Discord: / discord
Handwired Keyboards Reddit: / handwiredkeyboards
~ Disclaimer ~
Some links may be affiliate links where I will make a small commission.
#mechanicalkeyboard #3dprinting #arduino Наука
As promised, here is the typing test of the ScottoKatana using an integrated plate design. In a few weeks I'll build the gasket mount version, I'm just waiting on parts. You can read more about the board here: scottokeebs.com/blogs/keyboards/scottokatana-handwired-keyboard
that looks so good man
congrats
Amazing keyboard Joe!!!
Thanks 🙂
Very Nice! It looks and sounds great.
Joe I love your videos and I'm planning to make and design my own keyboard at the end of the year! You're a big inspiration.
Hey Joe, been loving your keebs lately and I’m thinking about building a Scotto34 (and a modified one maybe). Thanks for your work and guides, especially on PCBs and keyboard tech.
Lovely
You should add 10u and 15u spacebar support
I’ve been thinking about this, it’s already running the same firmware as my other 10u board.
The Skatano 🖤
Wondering where you found a rp2040 promicro controller that from the looks of it has the same footprint as a standard promicro with a atmega32u4?
I'm not sure which one this is, but there are multiple rp2040 Pro Micros. Three that come to mind are 0xCB Helios, Sea Picro, and Splinky.
bro that’s a cool keyboard and i don’t even do much with 40% and smaller
Did you make the keycaps through the first layer color swap method?
Nope, these are scooped so that’s not possible. I used a multi color printer instead.
I can't see how right hand rows (left part of the image at 0:40 since it's upside down) wired to a controller.
Asking because I am designing similar style keyboard and not sure if it's better to have wires connecting rows for both hands or to use additional IO pins.
It wasn’t shown but there is a wire connecting the rows from both halves.
I am looking for a cheapest ergonomic keyboard, but unfortunately prices are so high. At least a cheap ortholinear. Is there a possibility to find for 100 Dollars? Is it possible to build it without 3d printer?(it is also not bossible to find rasp and arduino in my country)
Cheapino is crazy cheap.
You could also do a small unibody hummingbird with a miao controller. It uses a ch552 which is dirt cheap.
what firmware are you using?
QMK
I think you should patent and sell the keyboard layouts you made. Some of them are very interesting if they are made into publicly available products.
They are publicly available because there isn't a patent on them. Besides, such a patent would be completely unenforceable and thus worthless.
Love this design! Keep them coming. 🤌