Splitfin right side for completion (#1039)

* Added README.md

* added everything else

* renamed schematic

* removed kicad cache

* Added right side

* fixed mystery change

* added wrl 3d model

* added wrl

projects/splitfin-right/README.md

@@ -0,0 +1,34 @@
+---
+name: "Russell Hynes"
+slack_handle: "@atomicptr"
+github_handle: "@atomicf32"
+tutorial: https://www.youtube.com/watch?v=8WXpGTIbxlQ
+---
+
+# Splitfin
+
+<!-- Describe your board in 2-3 sentences. What are you making? What will it do? -->
+## Description
+This board is the right side of a split keyboard. I wanted to make this keyboard because there are currently no "normal layout" split keyboards that use gateron low profile switches on the market.
+<!-- How much is it going to cost? -->
+## Cost Breakdown For One Keyboard (both sides)
+Case + Plate: 3d printed (cnc if the opportunity presents itself)
+
+Keycaps: $30-60 or 3d printed
+
+OLED (optional): $10
+
+Switches: $20
+
+Stabilizers: $10
+
+Hotswap Sockets: $7
+
+Bonsai C4 extended: $20 
+<!-- Tell us a little bit about your design process. What were some challenges? What helped? ***Totally optional*** -->
+## Design Process
+I started by thinking about what I didn't like about the keyboards I had been typing on. First of all, I don't like the high travel on common mechanical keyswitches. Low profile switches solve this and make the keyboard lower to the desk which is also desirable.
+
+The biggest challenge was routing the boards. I used KiCad and freerouting, and randomly it would either route in 5 minutes, or in 3 hours.
+
+What helped was talking to the folks on the qmk discord server to verify what mcu/board would be compatible with all the qmk features that I wanted to use. They also gave me great tips about best practice when designing keyboard pcbs.