I just received my brand new electric blue voyager today through the post and I have to say it looks stunning with the backlight on.
The only problem is that across the back of the top panel, there are 14 small hexagon shaped dents. I assume this isn’t normal? there are six of the dents in the top left corner in a rectangle shape. It looks as though the top panel was set down on some washers or something. There are also some grubby kind of hand marks but i know that these synths are hand finished so this isn’t a problem.
I am quite surprised that this has passed through quality control, for such an expensive synth I imagined that the finish would be immaculate.
Anyways, I wanted to come here and ask if anyone had any similar experiences before while I contact moog and the distributor direct.
I have tried to attach pics to show the dents but it states ‘Sorry, the board attachment quota has been reached’
Try uploading a photo to imgur or photobucket or the like.
It’s probably a row of blind stand-offs used to attach the PCB to the panel/case and they’re there in order to reduce the number of screws on the outside.
Thanks for the replies, that’s exactly it in the filterbank pic, that’s cool.
I got an reply from Moog within 30mins of asking yesturday which was excellent, I had just never seen that before. I didn’t want to use the Voyager incase it had to be returned but after hearing that this is standard I got stuck in last night and I have to say that I am blown away so far, sounds just like I wanted it to, big and fat! It also looks beautiful with the studio lights off, really draws you to it and makes you want to play, inspirational! Running it through some effects at the minute and I am delighted with what I am hearing .Thanks for putting my mind at ease, the Voyager is here to stay
Another quick question -
Can I send the trigger outs on my 808/606 to the LFO/ENV/S&H Gate inputs? I read in the manual that they accept a +5v signal but i think the 808 outputs +15v so would I need a convertor maybe? like this one - http://systemj.co.uk/sysjpage2.html