diff --git a/2.-Electronics-assembly.md b/2.-Electronics-assembly.md
index 00c255f..673931a 100644
--- a/2.-Electronics-assembly.md
+++ b/2.-Electronics-assembly.md
@@ -14,6 +14,7 @@ If you don't have a base and vertical PCB, have no fear. **We sell them**, but w
 
 ## Step 2: 3D-printed parts
 **TODO PIX all 3D-printed parts**
+
 - PCB anchor
 - PCB assembly jig
 
@@ -21,18 +22,22 @@ If you don't the capability to print the 3D-printed parts, then it's no big deal
 
 ## Step 3: Attach the PCB anchor to the base PCB
 **TODO PIX pcb anchor into base**
+
 Alignment is not crucial here; in later steps, the PCB assembly jig will be used to ensure alignment.
 
 ## Step 4: Attach the vertical PCB to the PCB anchor
 **TODO PIX putting vertical PCB into PCB anchor**
+
 Again, alignment is not crucial here.
 
 ## Step 5: Put the PCBs into the PCB assembly jig
 **TODO PIX putting base PCB into assembly jig**
+
 Make sure that the PCBs are seated fully and completely in the assembly jig, as alignment is crucial.
 
 ## Step 6: Solder pads from the two PCBs together
 **TODO PIX solder being applied to shared pads**
+
 - Set the soldering iron's temperature to higher than normal, as the pads are large and shed heat quickly
 - Apply generous amounts of solder to ensure a good connection and good mechanical strength