RedBull
Registered
Just another
endorsement
for Turbos direct
out of Arizona .
I have actually
been to their shop .
It is
TITS !
Just another
endorsement
for Turbos direct
out of Arizona .
I have actually
been to their shop .
It is
TITS !
That’s what I used they were a pain in the ass. Had to grind them to fit but knew I wouldn’t have to mess with until I build the motor.
would this maybe be the outlet?My Velocity Stage 2 leaked until Powerhouse fixed it. Depending on where the turbo outlet oil fitting was placed in the oil pan, the size of the fittings and the hoses, sometimes it doesn't all drain out of the line and it leaks out of the Turbos cold air inlet where the filter is. There was a good amount on the ground, Many times. Especially when it was on the side stand. Not that this is your problem, it's just what happened to me. It would smoke on startup alot until it burned the excess oil out of the turbo. My cold air pipe from the turbo and the plenum interior was filled with oil..
would this be the outlet in the oil pan???My Velocity Stage 2 leaked until Powerhouse fixed it. Depending on where the turbo outlet oil fitting was placed in the oil pan, the size of the fittings and the hoses, sometimes it doesn't all drain out of the line and it leaks out of the Turbos cold air inlet where the filter is. There was a good amount on the ground, Many times. Especially when it was on the side stand. Not that this is your problem, it's just what happened to me. It would smoke on startup alot until it burned the excess oil out of the turbo. My cold air pipe from the turbo and the plenum interior was filled with oil..
Looks like the feed
ok so i'm trying to take the turbo off to send it to be rebuilt bu i can't for the life of me remove these 2 bolts, any ideas??
it's not that they are rusted, i just can't get to them with anything
View attachment 1598978
No, it goes from the bottom of the turbo oil outlet (if its clocked at 6:00, which it should be) to the underside of the oil pan itself. That's how mine is.
That's what the picture is, an oil return, but it shouldn't go to the underside of the pan, it should drain into the pan above the level of the oil.
That's what the picture is, an oil return, but it shouldn't go to the underside of the pan, it should drain into the pan above the level of the oil.
never realized how low those turbos hang on a bike.
That's what the picture is, an oil return, but it shouldn't go to the underside of the pan, it should
There's Alot of underside on the pan, Its Tapered! If I meant bottom of the pan, I would have said bottom..And yes, above the oil line. The problem with the earlier Velocity systems is the exhaust manifold hung the turbo low which didn't give alot of downward slope to enter the oil pan well enough above the oil line so, it didn't drain well. I've only had this system for 15 Years now.That's what the picture is, an oil return, but it shouldn't go to the underside of the pan, it should drain into the pan above the level of the oil.
Take it easy cranky pants, lolThere's Alot of underside on the pan, Its Tapered! If I meant bottom of the pan, I would have said bottom..And yes, above the oil line. The problem with the earlier Velocity systems is the exhaust manifold hung the turbo low which didn't give alot of downward slope to enter the oil pan well enough above the oil line so, it didn't drain well. I've only had this system for 15 Years now.
silly question, have you ever tried flipping it the other way? so the compressor entry is facing the right side of the bike, and the compressor would be rotating from top, to the front of the bike, to the bottom, and then you'd be able to tuck the turbo up higher.View attachment 1599058
That’s still about 2” above the oil level with the bike shut off.
When I attempt a 35r that’s when you get really close to drain problems if the header isn’t designed right.
silly question, have you ever tried flipping it the other way? so the compressor entry is facing the right side of the bike, and the compressor would be rotating from top, to the front of the bike, to the bottom, and then you'd be able to tuck the turbo up higher.
Now, that looks
That looks Great! My gen 1 velocity, the turbo is WAY Lower and the fitting in the oil pan is above the oil level.
Ogre, Constructive Criticism is Always Welcome. YES, I Am Cranky! I've had a New Bike for 2 weeks now and haven't ridden it once! Between Raining every day and Waiting for my Insurance Agent on Agreed Upon Value Coverage, I'm kinda Pissed Off. I Apologize for Snapping at you. Usually, when I add something to a conversation, it's based on riding these turbo bikes for 15 years and going through Hell because it wasn't done properly. That's why when people sell turbo bikes here, A Bell goes off in my Brain and I ask Pertinent Questions because I Never want Anybody here to go through the Misery, Heartache and Expense that I had to. Stay Well..Take it easy cranky pants, lol
silly question, have you ever tried flipping it the other way? so the compressor entry is facing the right side of the bike, and the compressor would be rotating from top, to the front of the bike, to the bottom, and then you'd be able to tuck the turbo up higher.
Now, that looks
That looks Great! My gen 1 velocity, the turbo is WAY Lower and the fitting in the oil pan is above the oil level.
Ogre, Constructive Criticism is Always Welcome. YES, I Am Cranky! I've had a New Bike for 2 weeks now and haven't ridden it once! Between Raining every day and Waiting for my Insurance Agent on Agreed Upon Value Coverage, I'm kinda Pissed Off. I Apologize for Snapping at you. Usually, when I add something to a conversation, it's based on riding these turbo bikes for 15 years and going through Hell because it wasn't done properly. That's why when people sell turbo bikes here, A Bell goes off in my Brain and I ask Pertinent Questions because I Never want Anybody here to go through the Misery, Heartache and Expense that I had to. Stay Well..