Bolt is in, used a washer and locking washer and it fit perfect.
My torque wrench didn’t fit in the space so I took ground down the end of my wrench to be able to slide on the end of the bolt and it worked perfect.
View attachment 8015
You see the little nub at the end that turns in, I ground it to be flat so it would clear, you could probably do it without doing this but that saved me so much time. The oem bolts come with washers on them so adding the washers not rigging it at all. Measure yours but I thinking it was a hair under 4 mm, which I made up with a flat washer and locking washer. As I was moving the power steering line I loosened it in the bottom so looks like I need to do a power steering fluid flush now, but that’s not a bad thing since it’s something I should’ve done a long time ago.
A second person definitely makes life easier, specially tightening up the hpfp to the bracket and lining up the pump. I accidentally lost one of the hpfp bolts which turns out to be m6-1.0x25mm with an m6 washer, sourced one from Home Depot since it vanished into thin air. I would install the hpfp to the mount before setting the belt, so you can move it from the pulley until it matches the opening, It was a lot of trial and error until I got it to match up. Props to VTT though, it’s crazy how perfectly they use up the available space in such tight quarters.
View attachment 8016
Yeah. I changed the hpfp myself I know it spins easily when the fuel system is not pressurized. The question how it turns when the engine is running...Hpfp spins easily, if you ever take yours out you can feel the amount of resistance required to spin is very little, and with the added tension I don’t see a slipping belt being a concern. I’ll post up logs once I finish, I’m sure that’ll be fine though.
Is it safe to just leave it unplugged until you get the recall service done?
Edson,
Where is that blower plug located. I want to check mine.
We are sorry you had issues with the AT hose. We know this is a problem area so we have people cut the hose, instead of trying to remove the clamp.
Taken directly from the installation instructions.
"For automatic / DCT Transmissions you cut the stock pipe in the same locations, but coolant adaptor is slightly different Fig 22, you must cut the stock hose going from the original pipe to the transmission cooler, and install it on the “Tee” fitting in the coolant adaptor."
It says you must cut the hose, in my experience which is a LOT of these installs. Trying to get that factory pinch clamp off the hose without ruining the hose, is about 90/10 in chances of ruining the hose. For this reason, we made the Tee the size of the hose AFTER it necks down so you cut it off after the bung without removing the clamp. This means no time wasted trying to remove an impossible clamp. The hose necks down dractically at that point, and fits the fitting provided. If you have to go back to stock later on, you have to replade the plastic pipe, so you would just need to get a new hose as well. Besides that, install looks solid, nice work! Those tensioners are known to break, I hate those things!