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LMAO!!!
AUTOCAD!!!
you really area intent on finding out how it works......simple, you really dont need autocad to visualise it. Just remember that the bolt moves the bottom bolt hole against the top hole which acts as its pivot. THe Hub then moves relative to the strut support assembly...
The gains from the TB alone are not massive, but couples with a cam, aproperly done head, matched manifolds and a chip...120bhp is within easy reach.
When swapping (whats going on with my text?) TBs you need to enlarge and match the bore size to the larger 1.8 lag TB. This means a slight...
nope.
Better than several variations of the dastek, more user friendly, more sophisticated and can do just about anything you need within reason.
PM andy GDI, he sells, fits and maps them.
no, doesnt have to be perfectly perfect.
Get a straight edged peice of wood, stick a protractor at 90 deg to that edge, nail through the centre of the protractor, string on nail, weight on end of stright, gravity will tell you straight down and the protractor will tell you the amount of...
YOu can check it yourself with a camber gauge.
You can make one yourself with a peice of string, weight, straight peice of wood and a protractor.
Then just adjust it as it wont affect any other geometry variables.