HI nick, I think that it doesn't matter what MoBo you use, If you document the process of identifying the capacitors and how to remove/replace them that will suffice. It would be best to not have it as model specific - a generic technique possibly called Motherboard capacitor replacement. Just thinking as I type - things that could be covered are polarity of capacitors, identifying which lead is +ve by markings on case, lead length, reading voltage and temperature ratings and uF values. Desoldering technique and cleaning/clearing the PCB holes too. The GX260 guide in progress should either be left as it is or removed unless someone can get the exact model PCB to complete it just my 2 cents worth.

The WLAN and Modem are left on the mother board in the installing motherboard guide and are clearly visible in step 18 of THIS guide. Clearly they do need to come off if installing a mew motherboard however they dont need to be removed first to remove it evidently. As for your experience, with your other issues - perhaps you would like to either add notes to the existing guides or make up a guide or 2 to share your experiences

IMO - Most devices these days have protected inputs so it isn't that big an issue unless you're building something for the next Mars rover or something... I used to lug an ESD mat and wrist strap with me and religiously used it for repairs and while swapping out boards. I got old, lazy and somewhere I stopped using it. I now just touch off on the metal frame of the equipment before I pull a board or start a component repair. Have I damaged something with ESD? maybe.. Have I had something not work or go fritz because of ESD? Not that I know of, but hey perhaps that iMac in the corner with the duff VGA may be the first victim? Discussing ESD safety is a good idea, getting all pious about it isn't. The best benefit of an ESD mat is that it forces you to prepare a clean/clear space to work in. *ducks and prepares to be flamed*

I'm with Polly and Kyle - there could (should) be some basic tutorials showing techniques and tool handling. from that, each individual can decide if the want to buy the tools and give it a go or pass it along to a professional for repair. At least they have a choice. My dad taught me to solder, he probably learned how by reading a 1937 boy mechanic magazine! It's not feasible to have a how to for each device/component but I think a few good tutorials on things like replacing an SMD resistor or IC, repairing a broken copper track, identifying and re-flowing a dry solder joint, even basic through hole soldering would go a long way to empowering more people to have a go.

What year/model do you require? I may be able to help