diff --git a/README.md b/README.md
index be19ba5..ab1656b 100644
--- a/README.md
+++ b/README.md
@@ -216,20 +216,33 @@ Note about the Hartk1213 v3.rabbit board:
 If the jumper pads on the back of the v3.rabbit are configured
 incorrectly you could end up damaging your Octopus Pro mother board!!
 
-Because there are two different versions of this Toolhead board around (let’s call them version #1, and version #2), before powering on your printer, please ensure that the jumper pads on the back of the v3.rabbit Toolhead board are properly configure for your FANS and ABL!
+Because there are two different versions of this Toolhead board around (let’s call them version #1,
+and version #2), before powering on your printer, please ensure that the jumper pads on the back of
+the v3.rabbit Toolhead board are properly configure for your FANS and ABL!
 
 How to tell which version of the v3.rabbit Toolhead board you own:
 
-If you turn the board over on its back, you will see a bank of jumper pads.  For version #1 of the v3.rabbit Toolhead board has 4 columns by 3 rows of jumper pads.  For version #2 of v3.rabbit Toolhead board has 3 columns by 3 rows of jumper pads.  If you have version #1 of the v3.rabbit Toolhead board (4 columns by 3 rows of jumper pads) than you are responsible for bridging the jumper pads to your desired voltage (in my case I would solder a bridge to 24VDC for ABL, PCF, HEF, and FS).  If you have version #2 of the v3.rabbit Toolhead board (3 columns by 3 rows of jumper pads) than all the selectable voltages default to 24VDC!
+If you turn the board over on its back, you will see a bank of jumper pads.  For version #1 of the
+v3.rabbit Toolhead board has 4 columns by 3 rows of jumper pads.  For version #2 of v3.rabbit
+Toolhead board has 3 columns by 3 rows of jumper pads.  If you have version #1 of the v3.rabbit
+Toolhead board (4 columns by 3 rows of jumper pads) than you are responsible for bridging the
+jumper pads to your desired voltage (in my case I would solder a bridge to 24VDC for ABL, PCF, HEF,
+and FS).  If you have version #2 of the v3.rabbit Toolhead board (3 columns by 3 rows of jumper
+pads) than all the selectable voltages default to 24VDC!
 
 Here is what the labels mean:
-ABL means auto bed leveling or an inductive probe or the proximity sensor connector;  PCF means Part Cooling Fan; HEF means Hotend Fan; and FS means Filament Switch Sensor.
+ABL means auto bed leveling or an inductive probe or the proximity sensor connector;  PCF means
+Part Cooling Fan; HEF means Hotend Fan; and FS means Filament Switch Sensor.
 
-For version #1 of the v3.rabbit board, the columns are labeled from left to right: ABL, PCF, HEF, FS. For version #2 of the v3.rabbit board, the columns are labeled from left to right: ABL, PCF, HEF.
+For version #1 of the v3.rabbit board, the columns are labeled from left to right: ABL, PCF, HEF,
+FS. For version #2 of the v3.rabbit board, the columns are labeled from left to right: ABL, PCF,
+HEF.
 
-For version #1 and version #2 the rows are: 1st row is 24VDC; 2nd row is (ABL, PCF, or HEF, {only on Version #1 FS}); and 3rd row is 5VDC.
+For version #1 and version #2 the rows are: 1st row is 24VDC; 2nd row is (ABL, PCF, or HEF, {only
+on Version #1 FS}); and 3rd row is 5VDC.
 
-If you have version #2 and you want 5VDC, you are going to cut the trace to the 24VDC on the desired PIN (ABL, PCF or HEF)!
+If you have version #2 and you want 5VDC, you are going to cut the trace to the 24VDC on the
+desired PIN (ABL, PCF or HEF)!
 ```
 
 ![JPG of wiring harness Diagram](images/Voron_2.4_Tool_Head_PCB__Wiring_Harness.jpg)