The latest prints don't match the v8 manufacture models and don't fit quite right.

This should be in 1.5mm aluminium. Currently waiting on kerf details from Fractory to ensure the switches hold in place well.

In order to bolt the mounting plate to the PCB, the mounting holes will need to be countersunk.

Right now the headers for the battery and power switch are sandwiched between the switch mounting plate and the PCB. Due to the height of the dupont connectors, they need to be on the top of the PCB, but it might be helpful to have the header pins extend beyond the edge of the board (bigger cutouts?) to make it easier to connect them from the bottom.

How about original iMac colors? 🤔

How about something like this?

https://www.mouser.co.uk/datasheet/2/57/Bulgin_12mm_Switches-1661249.pdf
https://www.mouser.co.uk/ProductDetail/Bulgin/MAV0120-3D2RD024?qs=PqoDHHvF64%252BxWa720U1gHw%3D%3D

The current connector position centres the display on the top 'tab' of the PCB, instead of centring it on the full horizontal width. This means it looks quite misaligned when the keyboard is assembled.

Right now the dimensions of the keystone cutouts are wrong; the fascia cutouts almost certainly only work because of the laser kerfing which I'd not accounted for when cutting the fascia (and would like to be able to correctly account for in the future), and the mounting plate cutouts are too narrow making it very hard to clip the keystones in place. I've added a diagram showing one manufacturer's expected tolerance for this plate to the readme (https://github.com/jbmorley/little-luggable#useful-references) and it seems like all dimensions are a little small; it'd probably be best to pick something in the middle of the range.

Once this has been done, both the screen fascia and mounting plate should be re-exported correctly adjusted for laser and aluminium kerfing.

Space should be mapped on he raise layer to avoid this.

This isn't mapped in the firmware. Perhaps the cleanest would be to make the comma on the raised layer a hybrid key with / when shifted.

The left and right-most parts of the keyboard fascia are non-structural; they just fill in gaps created by the key stagger. These are difficult to attach as they need to be mounted to the key mounting plate prior to attaching the PCB. It might be better to add some aligned holes in the PCB so these can be added after everything else has been assembled. Perhaps broaching nuts could be used here too.

A couple of the PCB tracks run very close to the mounting holes for the broaching nuts. I've not had any problems with them yet, but these should be rerouted to give a little more clearance.

It seems like the laser kerf was allowing me to get away with a design that was a little too close to the keys. The clearance should be increased slightly to allow for kerf-aware exports to work.

Once this has been done, the keyboard part renders should be updated.