Update to add Yavoth

README.md

@@ -20,7 +20,7 @@ This is a very light design, requiring less parts and as such is cheaper and eas
 All parts are easily replaceable without reprinting if wear happens, life of the bushings and pins are still being tested.
 
 ## Tool compatability
-Currently we support the standard Stealth Burner, Dragon Burner, and Rapid Burner.  There are plans in place to add the Mini Stealth Burner, XOL, and Archetype.
+Currently we support the standard Stealth Burner, Dragon Burner, Yavoth, and Rapid Burner.  There are plans in place to add the Mini Stealth Burner, XOL, and Archetype.
 
 ## V1.1 Release
 The original StealthChanger shuttle and backplates have been updated to V1.1, this update is to improve rigidity and probe accuracy. To help identify the version, "V1.1" has been clearly marked on all shuttles and backplates. please note, V1.1 is NOT compatible with previous versions. Updated documentation will follow shorly.

wiki/Docks.md

@@ -4,7 +4,7 @@ Currently all docks used with [Viesturz's Tapchanger](https://github.com/viestur
 
 To calculate how many tools you can fit on the front of your printer you ened to know the tools to use first and the amount of room for your front idlers (stock gantry also can't move the entire length of X so make sure you factor that in as well.
 
-   - Dragon Burners require 60mm per tool (I recommend 5mm between for extruder handles)
+   - Dragon Burners/Yavoth require 60mm per tool (I recommend 5mm between for extruder handles)
    - Blackbird, Stealth Burners and XOL require 76mm per tool
    - The gantry required about 20mm per side to be able to pass the tools.  To know how many tools you can fit it's simple math, measure that top bar -40mm to gantry and then divide the remainder by the size of your toolhead.
 

wiki/Support-and-FAQs.md

@@ -15,15 +15,15 @@
 1. After printing the parts make sure that the hex holes look to be proper hexes and that they are very uniform.  If they are misshapen chances are you need to reprint as you will have alignment issues.  It doesn't take much to be out by a lot.  Try printing at a slower speed if you have issues.
 
 2. Calculating available size for tools (number of tools you can fit)
-   - Dragon Burners require 60mm per tool (I recommend 5mm between for extruder handles)
+   - Dragon Burners/Yavoth require 60mm per tool (I recommend 5mm between for extruder handles)
    - Blackbird, Stealth Burners and XOL require 76mm per tool
    - The gantry required about 20mm per side to be able to pass the tools.  To know how many tools you can fit it's simple math, measure that top bar -40mm to gantry and then divide the remainder by the size of your toolhead.
 
 3. Adjusting preload... Preload is created with the 2 countersunk screws in the tool plate.  These 2 screws need to be magnetic and will make contact with the magnets in the shuttle.  This adds 2 more wider points of contact at the base while also pre loading the sleeves/bearings.  To adjust them screw them all the way in, then slowly unscrew them 1/4 turn at a time (keeping each side even) until the tool no longer engages its self right away.  Once you reach a point where this happens, screw them back in 1/4 turn.  Each tool needs to be adjusted separately as printing irregularities can happen and this will allow you to compensate for it.  You may want to test and readjust these from time to time.
 
 4. If you run homing on Z or QGL and you are getting lots of restarts or excessive runs.  Make sure you are using **N52** magnets, and check that your umbilicals are properly support and the right length.  If these 3 things aren't checked it will affect the tap precision.
 
-5. A lot of people are asking which toolhead/extruder is recommended. The answer is whatever you want. The changer and tools are completely separate. That being said, using something that is already a tested combination for Stealth Burner or Dragon Burner is going to be the easiest.
+5. A lot of people are asking which toolhead/extruder is recommended. The answer is whatever you want. The changer and tools are completely separate. That being said, using something that is officially supported is going to be the easiest.
 
 6. CAN setup. You are definitely going to want to use CAN to connect your toolheads. Its only 4 wires and much lighter. You don't need anything fancy to split out the signal. Simple WAGO connectors work just fine. Of course, there are options for boards that will split the signal as well if you want something that looks a little more professional. Run wires up to the umbilical from your controller and power supply, then use WAGO's there to split the signal. See the guide [here](Configuration#canbus) for a lot more CAN information.