Hot Bodies TCX
#3661
Hiro, could please explain the hinge pin mount markings ?
If a 3 degree block is + 0.5 degree then why not mark it as 3 1/2 degrees ?
Thanks.
If a 3 degree block is + 0.5 degree then why not mark it as 3 1/2 degrees ?
Thanks.
#3662
okay, upon further review, it looks like the FR and RF front are the ones marked with the "plus x degree". So if I use a FR plus 1.0 degree with a FF 1.5 degree then I have a 1/2 degree pin sweep with a wider pin to pin dimension. This takes the place of the old method of using two 1.5s in the front (I'm guessing ?).
In this example would I have a 1/2 degree total, 1/4 on a side or 1/2 degree on each side ?
Thanks.
In this example would I have a 1/2 degree total, 1/4 on a side or 1/2 degree on each side ?
Thanks.
#3663
okay, upon further review, it looks like the FR and RF front are the ones marked with the "plus x degree". So if I use a FR plus 1.0 degree with a FF 1.5 degree then I have a 1/2 degree pin sweep with a wider pin to pin dimension. This takes the place of the old method of using two 1.5s in the front (I'm guessing ?).
In this example would I have a 1/2 degree total, 1/4 on a side or 1/2 degree on each side ?
Thanks.
In this example would I have a 1/2 degree total, 1/4 on a side or 1/2 degree on each side ?
Thanks.
I think the number "0.5+" and "1.0+" on the new FR/RF blocks are for "mm" not for degrees. So 0.5+ is simply 0.5mm wider than the stock block and 1.0+ is 1.0mm wider.
The combo "1.0+" FR w/1.5deg FF that you mentioned is not the same as the 1.5deg blocks combo as the hinge pin width (center to center)on the "1.0+" block is 43mm while the 1.5deg block is 44mm. If you need to widen the hinge pins to 44mm, you still need to use the 1.5deg block on FR. We are also making wider than "1.0+" so we can just simply throw it in without any modification.
Hope it helps.
#3664
Hi jag88,
I think the number "0.5+" and "1.0+" on the new FR/RF blocks are for "mm" not for degrees. So 0.5+ is simply 0.5mm wider than the stock block and 1.0+ is 1.0mm wider.
The combo "1.0+" FR w/1.5deg FF that you mentioned is not the same as the 1.5deg blocks combo as the hinge pin width (center to center)on the "1.0+" block is 43mm while the 1.5deg block is 44mm. If you need to widen the hinge pins to 44mm, you still need to use the 1.5deg block on FR. We are also making wider than "1.0+" so we can just simply throw it in without any modification.
Hope it helps.
I think the number "0.5+" and "1.0+" on the new FR/RF blocks are for "mm" not for degrees. So 0.5+ is simply 0.5mm wider than the stock block and 1.0+ is 1.0mm wider.
The combo "1.0+" FR w/1.5deg FF that you mentioned is not the same as the 1.5deg blocks combo as the hinge pin width (center to center)on the "1.0+" block is 43mm while the 1.5deg block is 44mm. If you need to widen the hinge pins to 44mm, you still need to use the 1.5deg block on FR. We are also making wider than "1.0+" so we can just simply throw it in without any modification.
Hope it helps.
Now I'm really confused ! lol
So how ARE you supposed to use these blocks ??
#3665
#3666
okay, upon further review, it looks like the FR and RF front are the ones marked with the "plus x degree". So if I use a FR plus 1.0 degree with a FF 1.5 degree then I have a 1/2 degree pin sweep with a wider pin to pin dimension. This takes the place of the old method of using two 1.5s in the front (I'm guessing ?).
In this example would I have a 1/2 degree total, 1/4 on a side or 1/2 degree on each side ?
Thanks.
In this example would I have a 1/2 degree total, 1/4 on a side or 1/2 degree on each side ?
Thanks.
#3667
Anyone know of a source for JAAD Racing products in the USA?
#3668
#3670
Tech Champion
iTrader: (13)
-Korey
Edit... I thought you meant the steering blocks and knuckles. The wider suspension blocks make the front end have a higher roll stiffness. Usually wider suspension blocks give you more initial turn in, and a little less steering through the middle and exit of the corner.
Last edited by Korey Harbke; 09-22-2011 at 08:36 PM.
#3671
Tech Champion
iTrader: (13)
Most likely not. Usually when something new is put on the website it still takes a little more time for all the information and inventory status to be put in. Just give it some time. Hiro is doing his best to inform those who take care of the website for everyone so they re easily accessible.
-Korey
-Korey
#3672
Tech Champion
iTrader: (13)
okay, upon further review, it looks like the FR and RF front are the ones marked with the "plus x degree". So if I use a FR plus 1.0 degree with a FF 1.5 degree then I have a 1/2 degree pin sweep with a wider pin to pin dimension. This takes the place of the old method of using two 1.5s in the front (I'm guessing ?).
In this example would I have a 1/2 degree total, 1/4 on a side or 1/2 degree on each side ?
Thanks.
In this example would I have a 1/2 degree total, 1/4 on a side or 1/2 degree on each side ?
Thanks.
-Korey
#3673
Tech Champion
iTrader: (13)
I'll just add a little more detail though. Thinner oil basically makes the car rotate harder at lower speeds. I found there is less forward traction though. Thicker oil will make the car feel smoother, but provide more forward traction... and possibly more on power steering if you really goose the throttle hard
-Korey
#3674
Tech Champion
iTrader: (30)
Its not lame :P
I'll just add a little more detail though. Thinner oil basically makes the car rotate harder at lower speeds. I found there is less forward traction though. Thicker oil will make the car feel smoother, but provide more forward traction... and possibly more on power steering if you really goose the throttle hard
-Korey
I'll just add a little more detail though. Thinner oil basically makes the car rotate harder at lower speeds. I found there is less forward traction though. Thicker oil will make the car feel smoother, but provide more forward traction... and possibly more on power steering if you really goose the throttle hard
-Korey
#3675
okay, upon further review, it looks like the FR and RF front are the ones marked with the "plus x degree". So if I use a FR plus 1.0 degree with a FF 1.5 degree then I have a 1/2 degree pin sweep with a wider pin to pin dimension. This takes the place of the old method of using two 1.5s in the front (I'm guessing ?).
In this example would I have a 1/2 degree total, 1/4 on a side or 1/2 degree on each side ?
Thanks.
In this example would I have a 1/2 degree total, 1/4 on a side or 1/2 degree on each side ?
Thanks.
Korey, it sounds like we're saying the same thing. Would you agree ?
If so, then with a 1.5 degree FF block and a +1 degree FR block any guess as to how the .5 degee remaining angle is divided ? 1/2 on a side or 1/4 degree on a side ?
Thanks.