diff --git a/README.md b/README.md
index b6e215e..f924d6c 100644
--- a/README.md
+++ b/README.md
@@ -8,12 +8,12 @@ the latest build, v1.2 with MT3 3277
 glyph was largely inspired by [drFaustroll's amazing mlego m65](https://mlego.elena.space/m65/) as well as the gorgeous [Stucco](https://www.reddit.com/r/CustomKeyboards/comments/10k8k6w/custom_ortho_tkl_done_stucco1510/). glyph uses sealing strips as a mounting method, I first learned about this method from [KotteCE's Batoid](https://github.com/kotte-computer-electronics/batoid). I have to say it's the best mounting method I've discovered so far for these types of DIY, 3D-printed handwire boards, far better than my previous experiments. The sound profile is relatively pleasant also.
 
 
-# v1.x
+# v1
 **v1.2 build guide found [here.](https://github.com/galile0-designs/glyphkbd/blob/main/v1.2/v1.2_build_guide.md)**
 
-**Caution: glyph v1.x require quite a girthy 3D-printer to make, at least 350x150mm bed area**
+**Caution: glyph v1 require quite a girthy 3D-printer to make, at least 350x150mm bed area**
 
-v1.x of glyph are 3d-printed and handwired builds. Since it was so novel to me and I didn't know if I would actually like the layout, it made sense not to dive straight in with a PCB and expensive cnc case, so for v1.x I went with a handwired, 3d-printed approach.
+v1 of glyph are 3d-printed and handwired builds. Since it was so novel to me and I didn't know if I would actually like the layout, it made sense not to dive straight in with a PCB and expensive cnc case, so for v1 I went with a handwired, 3d-printed approach.
 # Some more glyph
 ![DSC_0020](https://github.com/galile0-designs/glyphkbd/assets/134774462/0d69dcc5-ae64-4f41-9b0d-04ac140818c2)
 v1 with MTNU Susu