Update:
First, I made a physical SATA-switch, for the dual-system setup.

Then I decided to have the fillport on top, and welded a G1/4 fitting into the top mesh.

I had to remove some material from two of the top fans to make place for the fillport.

Then I just repainted the mesh.

After that I painted those blue 6-pin PCI-E connectors copper.

Received my new flat riser today, a special 20cm with extra 12v boost. The 30cm(15+15cm) riser didn't work(as predicted) and this was my last hope...

As you can see behind the panel, it's a much better lenght. So I prayed to the evil god...

... and did a testrun. And YES, it worked!! This is soooo releaving, a fail here would jeopardised the entire project. The SATA switch works as well. Very very happy today!

Decided to try paint the riser copper.

I like the result!!

Sooo... With one big obstacle out of the way, it's onto another one, the bind construction.
My construction with pulleys workes, but not ideally. Due to the tiny amount of space up there, and the size of the pulleys, the blind doesn't go far enough and leaves aprox 7cm of the components uncovered.

So this is my new idea. Not really my idea though, thanks to forum member PL1. Anyway, it's another shaft on top, attached directly onto the motor. This way, the blind can be pulled up further, leaving only aprox 2cm uncoverd. Plus, both sides of the blind will be given an equal amount of preassure.

Only thing is, To give the motor some space, I'll have to put a hole in one of the side panels of the chassis. Well, I can just cover it with something nice I guess...

Laterz!

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//Quizz