# Maggy x48 v2 jig — alignment test print

**File:** `Maggy x48 v2 Jig ALIGNMENT TEST.pdf` (also archived at
https://files.dfgadmin.com/Printing/Production/Maggy%20x48%20v2%20Jig%20ALIGNMENT%20TEST.pdf)

**Printy template:** `Maggy x48 MO-240 v2 Template` — id `25bc67d9-fd2b-4349-9f61-39d01812d71e`
Page 608 × 478 mm = the plate, origin corner at the page's top-left. 48 slots, type `Maggy`, 63 × 63 print centered on each pedestal: first slot (15, 15), pitch 71.3 × 75.3.

## Setup
- Load the v2 jig on the MO-240 with nylon M4 bolts in (10,10), (510,10), (10,310), (510,310).
- Put a blank (or sacrificial) Maggy plate on every pedestal.
- Print the test file the same way a normal Maggy job is printed.

## What's on each plate
- Site label `C# R#` — column 1 / row 1 is the site nearest the plate's origin corner. Columns run along the 608 mm edge, rows along the 478 mm edge.
- A hairline square at the exact plate edge (61.93 mm).
- Center crosshair and 10 mm circle.
- On all four sides, tick scales starting at the plate edge and running inward, 0.5 mm per tick, numbered 1–4 mm.

## Reading it
- Centered: the hairline lands on the plate edge on all four sides; no ticks are clipped.
- Shifted: one side's scale is cut off by the plate edge. **The tick number at the cut is how far the print is shifted toward that side.** The opposite side shows a blank strip of the same width inside the hairline.
  - Example: RIGHT scale cut at 1.5 → print is 1.5 mm too far right.
  - Example: TOP scale cut at 0.5 and LEFT scale cut at 1.0 → print is 0.5 up and 1.0 left.
- Ticks are numbered from the edge, so 1 = 1.0 mm, and a cut halfway between 1 and 2 = 1.5 mm.

## What to report
Readings for at least the four corner sites and the center (C1R1, C8R1, C1R6, C8R6, C4R3), e.g.

```
C1R1: right 1.0, top 0.5
C8R1: right 1.5, top 0.5
C1R6: right 1.0, top 0.0
C8R6: right 1.5, top 0.0
C4R3: right 1.2, top 0.3
```

Uniform offset → fix once in the VersaWorks job origin (or shift every slot in the template).
Offset that grows across the plate → per-slot corrections get baked into a revised template (same approach as the SpeakerV2 x16 template).