so if i move the threaded hole down I will shorten the throw?
If you move the threaded hole further from the 2 8mm holes (down in the drawing) you will shorten the throw even further, but the rubber boot on the shifter cable will start rubbing on stuff as you shift which will wreck it very quickly. If you move it towards the two holes (up) the throw will increase and the shifting force will go down.
If you move the hole left or right as it's printed in the drawing that will change the North/South position of neutral in the cabin.
perfect...!
How about something like this? With the right dimensions, it could provide a little adjustability.
So my question is why would you use titanium for this application? Stainless steel would seem like a much better choice if you are looking for a non-corroding material. Titanium is known for its light weight - which if you are making a "weight" just does not make sense.....
This is like mountain climbing, he made it because he could.
I made cylinder head bolt washers for my bike outtta Ti, just because
serious ly though, 1/2 plate?
lots of it ?
Post #30 has been updated with a revised drawing that solves the clearance problem. Here it is again though. It only removes 0.250" from the narrow end of the plate, so if you had already made one you need only trim some material off.
Your design looks as if it removes all the extra travel from the rearward motion of the shifter, whereas I want to keep the shifter towards the back of the car. Ideally I need 2,4 and 6 to be exactly where they are in stock form. I have long legs, so the seat is all the way back. In fact, one of these days I`m going to take it apart and figure out how to shift it back another inch or two on the rails.
Now that would be another (hopefully) cheap mod a lot of us would appreciate.
If that's your goal I would recommend moving the threaded hole a little bit to the right in the drawing. This will push the location of neutral back (south) inside the cabin. If you want a slightly longer throw, move it up in the drawing.
The left-right distance between the clearance hole center (stock mounting point) and the threaded hole will be multiplied 2x-3x in the cabin. That is to say if you move the threaded hole 1/4" to the right of the clearance hole, "neutral" in the cabin will be pushed back 1/2"-3/4". You may want to make the plate wider to be able to move the threaded hole as far back as you'd like. Make sense? It's a little hard to explain...
Make sense? It's a little hard to explain...
I appreciate the explanation, but remember I created my own drawing (crude as it was) and figured out from looking at yours how it would locate the shifter, so I clearly understand the leverage effect of moving the different holes.
It occurs to me that a properly designed plate might accommodate those who want the shift forward and those who want it rearward just by flipping it over. Of course this would leave the folks who want it left centered out in the cold, but nothing is perfect...