help me out.
help me out.
I got some money becouse I sold some old car stuff.
I want to get rid of this wheel hop.
Should I go with the TTR upper mount, or the ottp stage 1 mounts, or the ottp stage 2 mounts??
( Stage 2, with a stage 3 pulley, Ca V1 header, ottp h/e. ingalls td. injen cai. )
I want to get rid of this wheel hop.
Should I go with the TTR upper mount, or the ottp stage 1 mounts, or the ottp stage 2 mounts??
( Stage 2, with a stage 3 pulley, Ca V1 header, ottp h/e. ingalls td. injen cai. )
You only want stage 2 if you're going to the track regularly, and you plan on running slicks or drag radials.
you can run them with an ingalls if you want, but you'll have to adjust it.
There are a few how to's here for them, they're easy to install.
there are some video's floating around, but keep in mind, these use the same concept as the mounts used on all of the koni and grand am cars, and the original Time Attack car.
Believe me, the difference os phenomenal.
There are a few how to's here for them, they're easy to install.
there are some video's floating around, but keep in mind, these use the same concept as the mounts used on all of the koni and grand am cars, and the original Time Attack car.
Believe me, the difference os phenomenal.
Cool. I really am curious now. Guess I will look into those.
One last thing, if I go over 300hp do I need to upgrade to stage 2?
And what happens if I went ahead with stage 2?
I do plan on hitting 300 as soon as I come into more money.
One last thing, if I go over 300hp do I need to upgrade to stage 2?
And what happens if I went ahead with stage 2?
I do plan on hitting 300 as soon as I come into more money.
[QUOTE=ls1fbody;4684574]they're not just as good, they serve a completely different purpose. One fixes wheel hop, one increases vibration.
dude, if you fix the wheel hop you will get more vibration because you are bracing the frame and engine together. technically if you get more vibration, that means you will have less wheel hop because everything is solid.
dude, if you fix the wheel hop you will get more vibration because you are bracing the frame and engine together. technically if you get more vibration, that means you will have less wheel hop because everything is solid.
dude, if you fix the wheel hop you will get more vibration because you are bracing the frame and engine together. technically if you get more vibration, that means you will have less wheel hop because everything is solid.
You are 100 % right... You need to firm up the tranny mounts also to be effective against wheel hop.
That is why the other brand uses a smaller/firmer bushing in their tranny mounts; and is why they state there will be a small increase in vibs (firmer bushings). If movement was not a factor, they should have used the stock bushing.
OP we can get you the hook up on these:
http://www.turbotechracing.com/produ...78&idcategory=
No "stage kits" to buy, these fully align the axle right away, and stop the unwanted drivetrain movement.
PM us, or for the fact of the matter anyone else also wanting a set, we can get you a great discount.
Aaron that is factually not correct. The OP is asking to be helped. You are providing misinformation.
If the stock bushing OEM was used in the OTTP mount there would be insufficient material to permit rotation in the mount and insufficient space in the cradle or the bracket to permit the mount to be made that way. Stick to comments on your own mounts, you clearly dont understand what you are talking about when discussing OTTP mounts.
In addition for all the fancy words used, the fact is that stiffer material in itself will not eliminate power hop. You can bolt the motor in solid unless you deal with the 17 degree horizontal axle angularity with the M35 out put shafts you wont fix the problem.
By the way the OTTP stage 1 can sell for less than 200 dollars, why pay more than you need? And no vibes....
If the stock bushing OEM was used in the OTTP mount there would be insufficient material to permit rotation in the mount and insufficient space in the cradle or the bracket to permit the mount to be made that way. Stick to comments on your own mounts, you clearly dont understand what you are talking about when discussing OTTP mounts.
In addition for all the fancy words used, the fact is that stiffer material in itself will not eliminate power hop. You can bolt the motor in solid unless you deal with the 17 degree horizontal axle angularity with the M35 out put shafts you wont fix the problem.
By the way the OTTP stage 1 can sell for less than 200 dollars, why pay more than you need? And no vibes....
Last edited by qwikredline; Feb 13, 2010 at 12:11 PM.
Aaron that is factually not correct. The OP is asking to be helped. You are providing misinformation.
If the stock bushing OEM was used in the OTTP mount there would be insufficient material to permit rotation in the mount and insufficient space in the cradle or the bracket to permit the mount to be made that way. Stick to comments on your own mounts, you clearly dont understand what you are talking about when discussing OTTP mounts.
In addition for all the fancy words used, the fact is that stiffer material in itself will not eliminate power hop. You can bolt the motor in solid unless you deal with the 17 degree horizontal axle angularity with the M35 out put shafts you wont fix the problem.
By the way the OTTP stage 1 can sell for less than 200 dollars, why pay more than you need?
If the stock bushing OEM was used in the OTTP mount there would be insufficient material to permit rotation in the mount and insufficient space in the cradle or the bracket to permit the mount to be made that way. Stick to comments on your own mounts, you clearly dont understand what you are talking about when discussing OTTP mounts.
In addition for all the fancy words used, the fact is that stiffer material in itself will not eliminate power hop. You can bolt the motor in solid unless you deal with the 17 degree horizontal axle angularity with the M35 out put shafts you wont fix the problem.
By the way the OTTP stage 1 can sell for less than 200 dollars, why pay more than you need?
Besides, the OTTP mounts are made of higher quality material. Why buy an inferior product?
Well, qwik nailed it on the head. Its the rotation that corrects the problem. Sure stiffening the mounts up some will help overall, but only the correct driveline angle will fix the problem. How many times are we going to have to beat this dead horse?
Besides, the OTTP mounts are made of higher quality material. Why buy an inferior product?
Besides, the OTTP mounts are made of higher quality material. Why buy an inferior product?
this guy is smart...
Turbo Tech Racing STOP Transmission Mounts.
Which stands for: "Strategically Torque Optimized Positioner Mounts”
These mounts are Strategically designed to have a Torque Optimized Position. They will reduce engine movement, due to the firmer bushings (Optimized), and also align the axles (Positioner); increase the torque transfer to the wheels.
More Information:
1.Firmer bushings/less wheel hop/more torque transfer 2.Works with the Turbo Tech Racing Upper Engine Mount
3.No "inserts" to press in, come full assembled, direct bolt in
4.No "stage" kits to buy, these fully position your Cobalt
5.Made in the USA @ Turbo Tech Racing, LLC
6.Strong light-weight aircraft grade 6061-T6 aluminum 7.Engraved with the “TTR” logo (Shown in Photo's)
8.Comes with a full color install sheet
9.Quality of Turbo Tech Racing is known to be the best
10.Closer bolt to sleeve hole diameter, for a closer precession mount. We do not use a generic bushing; it is custom/specific to this mount, unlike other companies who use off the shelf bushing/sleeves.
11.Choice of Red or Black Bushings 12.Alignment was done in house using a state of the art CMM (Coordinate Measuring Machine) (Faro Brand)
These have been track tested on many Cobalts already, ranging up to over 400+ HP! For references please let us know
some of the words are are weird: #10 " a closer precession mount"
here you go. see if this applies in your case harryresh:
precession: "noun 1. the act or fact of preceding; precedence.
2. Mechanics. the motion of the rotation axis of a rigid body, as a spinning top, when a disturbing torque is applied while the body is rotating such that the rotation axis describes a cone, with the vertical through the vertex of the body as axis of the cone, and the motion of the rotating body is perpendicular to the direction of the torque. "
copy:
"n . copy
1. An imitation or reproduction of an original
Last edited by qwikredline; Feb 13, 2010 at 04:43 PM. Reason: Automerged Doublepost
LOL TTR vs OTTP everywhere. This technical war is awesome!!! I'd love to see TTR's test results. Cane they compare to Time Attack/Grand Prix testing results??? Hmmmm discuss...
Not bashing either or, I simply request eliminating false advertising and proving results.
Not bashing either or, I simply request eliminating false advertising and proving results.



