Begin stage 3

_includes/docs-preface.html

@@ -5,7 +5,7 @@
   </div>
   {% if include.image %}
   <div style="flex: 1">
-    <img src="{{ include.image }}" alt="{{ include.alt }}">
+    <img src="{{ include.image }}" alt="{{ include.title }}">
   </div>
   {% endif %}
 </div>

_includes/docs-step.html

@@ -1,16 +1,16 @@
+{{ include.heading | markdownify }}
 <div class="d-lg-flex gap-x-4" {% if include.reverse %}style="flex-direction: row-reverse"{% endif %}>
   <div style="flex: 1">
-    {{ include.heading | markdownify }}
     {{ include.content | markdownify }}
   </div>
   {% if include.image %}
-  <div class="mt-8" style="flex: 1">
+  <div style="flex: 1">
-    <img src="{{ include.image }}" alt="{{ include.alt }}">
+    <img src="{{ include.image }}" alt="{{ include.heading }}">
   </div>
   {% endif %}
 
   {% if include.video %}
-  <div class="mt-8" style="flex: 1">
+  <div style="flex: 1">
     <video muted controls loop class="w-full">
       <source src="{{ include.video }}" type="video/mp4">
     </video>

docs/getting-started.md

@@ -12,7 +12,6 @@ The Endorphin uses a slightly different belt setup from the original Ender 5, kn
 {% include docs-preface.html
   title="# Getting Started"
   image="/assets/images/docs/getting-started/belt-path.png"
-  alt="Belt path"
   content=preface
 %}
 
@@ -28,7 +27,6 @@ Luckily this kinematic is supported by both Klipper and the stock Marlin firmwar
 {% include docs-step.html
   heading="#### Motion Diagram"
   image="/assets/images/docs/getting-started/kinematic.png"
-  alt="Kinematic"
   content=kinematic
 %}
 

docs/stages/stage-1.md

@@ -13,7 +13,6 @@ permalink: docs/stages/stage-1
 {% include docs-preface.html
   title="# Stage 1: Hybrid CoreXY"
   image="/assets/images/docs/stages/stage-1/stage-1-render-lg.png"
-  alt="Endorphin stage 1"
   content=preface
 %}
 
@@ -65,7 +64,6 @@ You should use **100% infill** for these parts and at least **4 perimeters/walls
 {% include docs-step.html
   heading="## Printing"
   image="/assets/images/docs/stages/stage-1/plating.png"
-  alt="Endorphin stage 1 plating"
   content=printing
 %}
 
@@ -76,7 +74,7 @@ You should use **100% infill** for these parts and at least **4 perimeters/walls
 {% endcapture %}
 {% include docs-step.html
   heading="## Front Corner Assembly"
-  video="/assets/vids/docs/stage-1/assembly-front-corner.mp4"
+  video="/assets/vids/docs/stages/stage-1/assembly-front-corner.mp4"
   content=fca
 %}
 
@@ -94,7 +92,7 @@ Next you'll install the right Y belt tensioner and the X belt's front pulley. If
 {% endcapture %}
 {% include docs-step.html
   heading="## Front Pulleys"
-  video="/assets/vids/docs/stage-1/assembly-driven-pulleys.mp4"
+  video="/assets/vids/docs/stages/stage-1/assembly-driven-pulleys.mp4"
   content=pulleys
 %}
 
@@ -106,7 +104,7 @@ Next you'll install the right Y belt tensioner and the X belt's front pulley. If
 {% endcapture %}
 {% include docs-step.html
   heading="## Move The X Stepper"
-  video="/assets/vids/docs/stage-1/assembly-driving-mount.mp4"
+  video="/assets/vids/docs/stages/stage-1/assembly-driving-mount.mp4"
   content=x-stepper
 %}
 
@@ -139,7 +137,7 @@ These two center idlers are the reason we're using ones with a 3mm bore througho
 {% endcapture %}
 {% include docs-step.html
   heading="## Center Idlers"
-  video="/assets/vids/docs/stage-1/assembly-center-idlers.mp4"
+  video="/assets/vids/docs/stages/stage-1/assembly-center-idlers.mp4"
   content=center-idlers
 %}
 

docs/stages/stage-2.md

@@ -13,7 +13,6 @@ permalink: docs/stages/stage-2
 {% include docs-preface.html
   title="# Stage 2: Linear Y Rails"
   image="/assets/images/docs/stages/stage-2/stage-2-render-lg.png"
-  alt="Endorphin stage 2"
   content=preface
 %}
 
@@ -48,12 +47,11 @@ Deciding which face to print is somewhat of a tossup for these two pieces, as fa
 {% include docs-step.html
   heading="## Printing"
   image="/assets/images/docs/stages/stage-2/plating.png"
-  alt="Endorphin stage 2 plating"
   content=printing
 %}
 
 {: .note }
-A great help in mounting the rails is an [MGN12 alignment tool](https://www.thingiverse.com/thing:2368837). There are dozens of other options on Thingiverse and Printables. You'll want to print this tool before the next step.
+A great help in mounting the rails is an [MGN12 alignment tool](https://www.thingiverse.com/thing:2368837). There are dozens of other options on Thingiverse and Printables. You'll want to print this tool before beginning the next step.
 
 {% capture left %}
 1. Loosen the X and Y belts then slide the Y belts out of the wheel plates. You won't be able to reuse these belts so you can toss them.
@@ -67,7 +65,7 @@ A great help in mounting the rails is an [MGN12 alignment tool](https://www.thin
 {% endcapture %}
 {% include docs-step.html
   heading="## Left Side"
-  video="/assets/vids/docs/stage-2/assembly-left-linear-y.mp4"
+  video="/assets/vids/docs/stages/stage-2/assembly-left-linear-y.mp4"
   content=left
 %}
 

docs/stages/stage-3.md

@@ -13,7 +13,6 @@ permalink: docs/stages/stage-3
 {% include docs-preface.html
   title="# Stage 3: Linear X Rail"
   image="/assets/images/docs/stages/stage-3/stage-3-render-lg.png"
-  alt="Endorphin stage 3"
   content=preface
 %}
 
@@ -41,6 +40,47 @@ permalink: docs/stages/stage-3
 
 ---
 
+## Vz Printhead
+
+**Usable Print Area:** 220 x 200 (20mm reduction on Y)
+
+### Belt Clips
+
+Either of the following belt clips provided with the printhead will work fine so pick whichever one you prefer. The original Vz printhead has been modified so that the posts sit at the right height for the Endorphin belts. Just remember that you only need to print off clips for 2 belt ends rather than the 4 needed in a CoreXY which means you can choose whether you want to attach the belt ends on the front or rear posts. The other two will be unused.
+{: .mb-8 }
+
+{% capture belts1 %}
+This clip is incredibly simple to print and the gripping mechanism is equally simple: By circling the belt around the standoffs, teeth inward, the belt grips itself by interlacing its own teeth like a zipper. This is probably the best choice in terms of printability and simplicity.
+{% endcapture %}
+{% include docs-step.html
+  heading="#### Belt Clip Style 1"
+  image="/assets/images/docs/stages/stage-3/belt-clip-1.png"
+  content=belts1
+%}
+
+{% capture belts2 %}
+This is a two-part clip that has more intricate details to print, so make sure to use a small enough nozzle and/or thin layers. While also a clever design, it does look like the wings on the outer clip housing run the risk of spreading under enough tension and allowing the belt to slip.
+{% endcapture %}
+{% include docs-step.html
+  heading="#### Belt Clip Style 2"
+  image="/assets/images/docs/stages/stage-3/belt-clip-2.png"
+  content=belts2
+%}
+
+## EVA
+
+**Usable Print Area:** 220 x 190 (30mm reduction on Y)
+
+[EVA CoreXY](https://main.eva-3d.page/heat_insert/core/corexy)
+
+{% capture evabelts %}
+{% endcapture %}
+{% include docs-step.html
+  heading="### EVA Belt"
+  video="/assets/vids/docs/stages/stage-3/assembly-endorphin-belts.mp4"
+  content=evabelts
+%}
+
 ---
 
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