The detail that jumps out first: Tap is not recommended for the official Switchwire, yet this Enderwire runs it anyway. Turge took an Ender 3 v2 and rebuilt it Switchwire style, then replaced the klicky probe with Tap despite that warning. As far as I can judge, the gamble paid off, since the maker reports the switch definitely improved the printer.
The conversion follows the official Tap assembly manual, installed the same way as regular Tap. The gantry rides on dual MGN12 rails, and the maker credits those rails with making the bed a lot more stable. An sb2040 runs the toolhead, which wears a Stealthburner-style shroud with illuminated LED accents, a semi-translucent PTFE tube, and bundled wiring arcing over to the gantry frame. The frame is black aluminum extrusion with matching black printed parts and hexagonal grid base skirts, and a spool holder sits on the right vertical upright. The print bed measures 235x235.
Motivation matters here too. The klicky servo, powered straight from the board, caused constant issues, and the maker did not want to add a 5V PSU or buck converter just to feed it. After being impressed with Tap on two Voron 2.4 printers, swapping it in was a natural step. One neat touch: a macro drops hotend heat to 150 and will not heat at all for cold probing. STL files for the Tap mount are shared, along with a STEP file for anyone who wants to tweak it.
The open question is the bed. There is some droop at the outer edges from give in the bed mount. It has not affected anything so far, but no full plate has been printed yet, and a swap to 2020 extrusions is under consideration but undecided.
Project by Turge. Watch it on their YouTube channel: